Index _ | A | B | C | D | E | F | G | H | I | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Z _ _forward_solution _pseudo pseudos out of order _real reals out of order A a (hklpy2.blocks.lattice.Lattice attribute) A_KEV (in module hklpy2.incident) add() (hklpy2.blocks.reflection.ReflectionsDict method) add_reflection (in module hklpy2.user) add_reflection() (hklpy2.diffract.DiffractometerBase method) (hklpy2.ops.Core method) add_sample() (hklpy2.diffract.DiffractometerBase method) (hklpy2.ops.Core method) (in module hklpy2.user) addReflection() (hklpy2.backends.base.SolverBase method) (hklpy2.backends.hkl_soleil.HklSolver method) (hklpy2.backends.no_op.NoOpSolver method) (hklpy2.backends.th_tth_q.ThTthSolver method) all_extra_axis_names (hklpy2.backends.base.SolverBase property) all_extras (hklpy2.ops.Core property) alpha (hklpy2.blocks.lattice.Lattice attribute) ANGLE_UNITS (hklpy2.backends.base.SolverBase attribute) angle_units (hklpy2.blocks.lattice.Lattice property) AnyAxesType (in module hklpy2.typing) apply_cut() (hklpy2.blocks.constraints.LimitsConstraint method) assign_axes() (hklpy2.ops.Core method) auxiliary auxiliary_axis_names (hklpy2.diffract.DiffractometerBase property) axes_c (hklpy2.backends.hkl_soleil.HklSolver property) axes_r (hklpy2.backends.hkl_soleil.HklSolver property) AXES_READ (in module hklpy2.backends.hkl_soleil) axes_to_dict() (in module hklpy2.utils) axes_w (hklpy2.backends.hkl_soleil.HklSolver property) AXES_WRITTEN (in module hklpy2.backends.hkl_soleil) axes_xref (hklpy2.ops.Core attribute) axes_xref_reversed (hklpy2.ops.Core property) AxesArray (in module hklpy2.typing) AxesDict (in module hklpy2.typing) AxesList (in module hklpy2.typing) AxesTuple (in module hklpy2.typing) axis (hklpy2.blocks.zone.OrthonormalZone property) axis positions axis_defined (hklpy2.blocks.zone.OrthonormalZone property) B B (hklpy2.blocks.lattice.Lattice attribute) b (hklpy2.blocks.lattice.Lattice attribute) backend backend requirements optional required beam (hklpy2.diffract.DiffractometerBase attribute) beta (hklpy2.blocks.lattice.Lattice attribute) BISECTOR_MODE (in module hklpy2.backends.th_tth_q) BlueskyPlanType (in module hklpy2.typing) C c (hklpy2.blocks.lattice.Lattice attribute) cahkl() (in module hklpy2.user) cahkl_table() (in module hklpy2.user) calc_UB see UB matrix calc_UB() (hklpy2.ops.Core method) (in module hklpy2.user) calculate_UB() (hklpy2.backends.base.SolverBase method) (hklpy2.backends.hkl_soleil.HklSolver method) (hklpy2.backends.no_op.NoOpSolver method) (hklpy2.backends.th_tth_q.ThTthSolver method) cartesian_lattice_matrix (hklpy2.blocks.lattice.Lattice attribute) check_value_in_list() (in module hklpy2.utils) compare_float_dicts() (in module hklpy2.utils) compute_B() (hklpy2.blocks.lattice.Lattice method) compute_cartesian_lattice() (hklpy2.blocks.lattice.Lattice method) ConfigHeaderDict (class in hklpy2.typing) configuration restore as simulator Configuration (class in hklpy2.blocks.configure) configuration (hklpy2.diffract.DiffractometerBase property) (hklpy2.ops.Core attribute) ConfigurationError ConfigurationRunWrapper (class in hklpy2.run_utils) constant_axis_names (hklpy2.ops.Core property) constraint, [1] how-to ConstraintBase (class in hklpy2.blocks.constraints) constraints (hklpy2.ops.Core attribute) ConstraintsError convert_units() (in module hklpy2.utils) core, [1] Core (class in hklpy2.ops) core (hklpy2.blocks.sample.Sample attribute) (hklpy2.diffract.DiffractometerBase attribute) CoreError creator creator() (in module hklpy2.diffract) crystal crystal system crystal_system (hklpy2.blocks.lattice.Lattice property) CrystalSystem (in module hklpy2.blocks.lattice) cut point, [1] see constraint cut points cut_point (hklpy2.blocks.constraints.LimitsConstraint property) D datetime (hklpy2.typing.ConfigHeaderDict attribute) DEFAULT_CUT_POINT (in module hklpy2.blocks.constraints) DEFAULT_DIGITS (in module hklpy2.utils) DEFAULT_LATTICE_DIGITS (in module hklpy2.blocks.lattice) default_mode (hklpy2.backends.typing.GeometryDescriptor attribute) DEFAULT_MOTOR_LABELS (in module hklpy2.utils) DEFAULT_PHOTON_ENERGY_KEV (in module hklpy2.diffract) DEFAULT_REFLECTION_DIGITS (in module hklpy2.blocks.reflection) DEFAULT_SOURCE_TYPE (in module hklpy2.incident) DEFAULT_START_KEY (in module hklpy2.utils) DEFAULT_WAVELENGTH (in module hklpy2.incident) DEFAULT_WAVELENGTH_DEADBAND (in module hklpy2.incident) define_axis() (hklpy2.blocks.zone.OrthonormalZone method) define_real_axis() (in module hklpy2.devices) description (hklpy2.backends.typing.GeometryDescriptor attribute) (hklpy2.backends.typing.SolverMetadataDict attribute) design diffractometer solver detector device_names (hklpy2.run_utils.ConfigurationRunWrapper property) devices (hklpy2.run_utils.ConfigurationRunWrapper attribute) dict_device_factory dict_device_factory() (in module hklpy2.devices) diffractometer, [1] (hklpy2.blocks.configure.Configuration attribute) (hklpy2.ops.Core attribute) diffractometer_class_factory diffractometer_class_factory() (in module hklpy2.diffract) DiffractometerBase (class in hklpy2.diffract) DiffractometerError digits (hklpy2.blocks.lattice.Lattice property) (hklpy2.blocks.reflection.Reflection attribute) (hklpy2.blocks.sample.Sample property) (hklpy2.diffract.DiffractometerBase property) distance_between_pos_tuples() (in module hklpy2.utils) dynamic_import() (in module hklpy2.devices) E enable (hklpy2.run_utils.ConfigurationRunWrapper property) ENDPOINT_TOLERANCE (in module hklpy2.blocks.constraints) energy (hklpy2.incident.EpicsMonochromatorRO attribute) (hklpy2.incident.WavelengthXray attribute) energy_units (hklpy2.incident.EpicsMonochromatorRO attribute) (hklpy2.incident.WavelengthXray attribute) engine (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.hkl_soleil.HklSolverMetadataDict attribute) engine_name (hklpy2.backends.hkl_soleil.HklSolver property) engines (hklpy2.backends.hkl_soleil.HklSolver property) entry point, [1], [2] EpicsMonochromatorRO (class in hklpy2.incident) EpicsWavelengthRO (class in hklpy2.incident) export() (hklpy2.diffract.DiffractometerBase method) extra extra_axis_names (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.no_op.NoOpSolver property) (hklpy2.backends.th_tth_q.ThTthSolver property) (hklpy2.backends.typing.GeometryDescriptor attribute) extras (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.ops.Core property) F factory creator dict_device_factory diffractometer_class_factory solver_factory FAQ flatten_lists() (in module hklpy2.utils) fly scan forward() (hklpy2.backends.base.SolverBase method) (hklpy2.backends.hkl_soleil.HklSolver method) (hklpy2.backends.no_op.NoOpSolver method) (hklpy2.backends.th_tth_q.ThTthSolver method) (hklpy2.devices.VirtualPositionerBase method) (hklpy2.diffract.DiffractometerBase method) (hklpy2.ops.Core method) forward() axis positions forward() performance forward() solution freeze presets see presets full_position() (hklpy2.diffract.DiffractometerBase method) G gamma (hklpy2.blocks.lattice.Lattice attribute) geometries by number of reals hkl_soleil; APS POLAR hkl_soleil; E4CH hkl_soleil; E4CV hkl_soleil; E6C hkl_soleil; ESRF ID01 PSIC hkl_soleil; K4CV hkl_soleil; K6C hkl_soleil; PETRA3 P09 EH2 hkl_soleil; PETRA3 P23 4C hkl_soleil; PETRA3 P23 6C hkl_soleil; SOLEIL MARS hkl_soleil; SOLEIL NANOSCOPIUM ROBOT hkl_soleil; SOLEIL SIRIUS KAPPA hkl_soleil; SOLEIL SIRIUS TURRET hkl_soleil; SOLEIL SIXS MED1+2 hkl_soleil; SOLEIL SIXS MED2+2 hkl_soleil; SOLEIL SIXS MED2+3 hkl_soleil; SOLEIL SIXS MED2+3 v2 hkl_soleil; ZAXIS solver versions tables th_tth; TH TTH Q geometries() (hklpy2.backends.base.SolverBase class method) (hklpy2.backends.hkl_soleil.HklSolver class method) (hklpy2.backends.no_op.NoOpSolver class method) (hklpy2.backends.th_tth_q.ThTthSolver class method) (hklpy2.ops.Core method) geometry, [1] (hklpy2.backends.base.SolverBase property) (hklpy2.backends.typing.SolverMetadataDict attribute) (hklpy2.blocks.reflection.Reflection attribute) (hklpy2.blocks.reflection.ReflectionsDict attribute) (hklpy2.ops.Core property) GeometryDescriptor (class in hklpy2.backends.typing) get_diffractometer() (in module hklpy2.user) get_run_orientation() (in module hklpy2.run_utils) get_solver() (in module hklpy2.solver_utils) glossary see definition goniometer H H_OR_N (in module hklpy2.diffract) high_limit (hklpy2.blocks.constraints.LimitsConstraint property) hkl_euler_matrix() (in module hklpy2.backends.hkl_soleil) hklpy hklpy2 module hklpy2.backends module hklpy2.backends.base module hklpy2.backends.hkl_soleil module hklpy2.backends.hkl_soleil_utils module hklpy2.backends.no_op module hklpy2.backends.th_tth_q module hklpy2.backends.typing module hklpy2.blocks module hklpy2.blocks.configure module hklpy2.blocks.constraints module hklpy2.blocks.lattice module hklpy2.blocks.reflection module hklpy2.blocks.sample module hklpy2.blocks.zone module hklpy2.devices module hklpy2.diffract module hklpy2.exceptions module hklpy2.incident module hklpy2.ops module hklpy2.plans module hklpy2.run_utils module hklpy2.solver_utils module hklpy2.typing module hklpy2.user how-to module hklpy2.utils module hklpy2_version (hklpy2.typing.ConfigHeaderDict attribute) Hklpy2Error Hklpy2PseudoAxis (class in hklpy2.diffract) HklSolver (class in hklpy2.backends.hkl_soleil) HklSolverMetadataDict (class in hklpy2.backends.hkl_soleil) I IDENTITY_MATRIX_3X3 (in module hklpy2.utils) in_zone() (hklpy2.blocks.zone.OrthonormalZone method) INPUT_VECTOR (in module hklpy2.typing) install interactive interface see hklpy2.user INTERNAL_ANGLE_UNITS (in module hklpy2.utils) INTERNAL_LENGTH_UNITS (in module hklpy2.utils) INTERNAL_XRAY_ENERGY_UNITS (in module hklpy2.utils) inverse() (hklpy2.backends.base.SolverBase method) (hklpy2.backends.hkl_soleil.HklSolver method) (hklpy2.backends.no_op.NoOpSolver method) (hklpy2.backends.th_tth_q.ThTthSolver method) (hklpy2.devices.VirtualPositionerBase method) (hklpy2.diffract.DiffractometerBase method) (hklpy2.ops.Core method) inverse() axis positions inverse() performance istype() (in module hklpy2.utils) K KeyValueMap (in module hklpy2.typing) known_bases (hklpy2.run_utils.ConfigurationRunWrapper attribute) L label (hklpy2.blocks.constraints.ConstraintBase attribute) (hklpy2.blocks.constraints.LimitsConstraint attribute) lattice, [1] Lattice (class in hklpy2.blocks.lattice) lattice (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.typing.SampleDict attribute) (hklpy2.blocks.sample.Sample property) LatticeDictType (in module hklpy2.blocks.lattice) LatticeError LENGTH_UNITS (hklpy2.backends.base.SolverBase attribute) length_units (hklpy2.blocks.lattice.Lattice property) libhkl (in module hklpy2.backends.hkl_soleil) LIBHKL_DETECTOR_TYPE (in module hklpy2.backends.hkl_soleil) LIBHKL_UNITS (in module hklpy2.backends.hkl_soleil) LIBHKL_USER_UNITS (in module hklpy2.backends.hkl_soleil) limits see constraint limits (hklpy2.blocks.constraints.LimitsConstraint property) LimitsConstraint (class in hklpy2.blocks.constraints) list_orientation_runs() (in module hklpy2.run_utils) list_samples() (in module hklpy2.user) load_yaml() (in module hklpy2.utils) load_yaml_file() (in module hklpy2.utils) local_pseudo_axes (hklpy2.ops.Core property) local_real_axes (hklpy2.ops.Core property) low_limit (hklpy2.blocks.constraints.LimitsConstraint property) M make_component() (in module hklpy2.devices) make_dynamic_instance() (in module hklpy2.devices) Matrix3x3 (in module hklpy2.typing) MISSING_HEADER_KEY_MSG (in module hklpy2.utils) mode, [1] (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.ops.Core property) modes (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.no_op.NoOpSolver property) (hklpy2.backends.th_tth_q.ThTthSolver property) (hklpy2.backends.typing.GeometryDescriptor attribute) (hklpy2.ops.Core property) module hklpy2 hklpy2.backends hklpy2.backends.base hklpy2.backends.hkl_soleil hklpy2.backends.hkl_soleil_utils hklpy2.backends.no_op hklpy2.backends.th_tth_q hklpy2.backends.typing hklpy2.blocks hklpy2.blocks.configure hklpy2.blocks.constraints hklpy2.blocks.lattice hklpy2.blocks.reflection hklpy2.blocks.sample hklpy2.blocks.zone hklpy2.devices hklpy2.diffract hklpy2.exceptions hklpy2.incident hklpy2.ops hklpy2.plans hklpy2.run_utils hklpy2.solver_utils hklpy2.typing hklpy2.user hklpy2.utils monochromatic move_dict() (hklpy2.diffract.DiffractometerBase method) move_forward_with_extras() (hklpy2.diffract.DiffractometerBase method) move_inverse_with_extras() (hklpy2.diffract.DiffractometerBase method) move_reals() (hklpy2.diffract.DiffractometerBase method) move_zone move_zone() (in module hklpy2.blocks.zone) (in module hklpy2.plans) N name (hklpy2.backends.base.SolverBase attribute) (hklpy2.backends.hkl_soleil.HklSolver attribute) (hklpy2.backends.no_op.NoOpSolver attribute) (hklpy2.backends.th_tth_q.ThTthSolver attribute) (hklpy2.backends.typing.GeometryDescriptor attribute) (hklpy2.backends.typing.ReflectionDict attribute) (hklpy2.backends.typing.SampleDict attribute) (hklpy2.backends.typing.SolverMetadataDict attribute) (hklpy2.blocks.reflection.Reflection property) (hklpy2.blocks.sample.Sample property) NamedFloatDict (in module hklpy2.typing) NoForwardSolutions NoOpSolver (class in hklpy2.backends.no_op) NUMERIC (in module hklpy2.typing) O OR or_swap() (in module hklpy2.user) order (hklpy2.backends.typing.SampleDict attribute) (hklpy2.blocks.reflection.ReflectionsDict property) orientation orientation matrix see UB matrix OrthonormalZone (class in hklpy2.blocks.zone) P pa() (in module hklpy2.user) parse_factory_axes() (in module hklpy2.devices) performance physical (hklpy2.devices.VirtualPositionerBase attribute) pick_closest_solution pick_closest_solution() (in module hklpy2.utils) pick_first_solution pick_first_solution() (in module hklpy2.utils) PINT_ERRORS (in module hklpy2.utils) position (hklpy2.diffract.Hklpy2PseudoAxis property) preset see presets presets, [1], [2] freeze presets (hklpy2.ops.Core property) prune() (hklpy2.blocks.reflection.ReflectionsDict method) pseudo pseudo axis positions pseudo_axis_names (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.no_op.NoOpSolver property) (hklpy2.backends.th_tth_q.ThTthSolver property) (hklpy2.backends.typing.GeometryDescriptor attribute) (hklpy2.blocks.reflection.Reflection attribute) (hklpy2.diffract.DiffractometerBase property) pseudos (hklpy2.backends.typing.ReflectionDict attribute) (hklpy2.blocks.reflection.Reflection property) python_class (hklpy2.typing.ConfigHeaderDict attribute) Q Quick Reference Table R real real axis positions real-space real_axes (hklpy2.backends.typing.SolverMetadataDict attribute) real_axis_names (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.no_op.NoOpSolver property) (hklpy2.backends.th_tth_q.ThTthSolver property) (hklpy2.backends.typing.GeometryDescriptor attribute) (hklpy2.blocks.reflection.Reflection attribute) (hklpy2.diffract.DiffractometerBase property) RealAxisConstraints (class in hklpy2.blocks.constraints) reals (hklpy2.backends.typing.ReflectionDict attribute) (hklpy2.blocks.reflection.Reflection property) reals_units (hklpy2.blocks.reflection.Reflection property) (hklpy2.diffract.DiffractometerBase property) reciprocal-space refine_lattice() (hklpy2.blocks.sample.Sample method) (hklpy2.ops.Core method) refineLattice() (hklpy2.backends.base.SolverBase method) (hklpy2.backends.hkl_soleil.HklSolver method) (hklpy2.backends.no_op.NoOpSolver method) (hklpy2.backends.th_tth_q.ThTthSolver method) reflection, [1], [2], [3] Reflection (class in hklpy2.blocks.reflection) ReflectionDict (class in hklpy2.backends.typing) ReflectionError reflections (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.typing.SampleDict attribute) (hklpy2.blocks.sample.Sample property) ReflectionsDict (class in hklpy2.blocks.reflection) register_geometry() (hklpy2.backends.base.SolverBase class method) release process remove_reflection() (hklpy2.blocks.sample.Sample method) (in module hklpy2.user) remove_sample() (hklpy2.ops.Core method) (in module hklpy2.user) removeAllReflections() (hklpy2.backends.base.SolverBase method) (hklpy2.backends.hkl_soleil.HklSolver method) (hklpy2.backends.no_op.NoOpSolver method) (hklpy2.backends.th_tth_q.ThTthSolver method) request_solver_update() (hklpy2.ops.Core method) reset_constraints() (hklpy2.ops.Core method) reset_samples() (hklpy2.ops.Core method) restore() (hklpy2.diffract.DiffractometerBase method) roundoff() (in module hklpy2.utils) ROUNDOFF_DIGITS (in module hklpy2.backends.hkl_soleil) roundoff_list() (in module hklpy2.backends.hkl_soleil) S sample, [1] Sample (class in hklpy2.blocks.sample) sample (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.diffract.DiffractometerBase property) (hklpy2.ops.Core property) SampleDict (class in hklpy2.backends.typing) SampleDictType (in module hklpy2.blocks.sample) SampleError samples (hklpy2.diffract.DiffractometerBase property) (hklpy2.ops.Core property) scan_extra() (hklpy2.diffract.DiffractometerBase method) (in module hklpy2.user) scan_psi() (in module hklpy2.plans) (in module hklpy2.user) scan_zone scan_zone() (in module hklpy2.blocks.zone) (in module hklpy2.plans) separation of concerns set_diffractometer() (in module hklpy2.user) set_lattice() (in module hklpy2.user) set_orientation_reflections() (hklpy2.blocks.reflection.ReflectionsDict method) set_reals() (hklpy2.backends.base.SolverBase method) (hklpy2.backends.hkl_soleil.HklSolver method) set_solver() (hklpy2.ops.Core method) set_wavelength() (in module hklpy2.user) setor (hklpy2.blocks.reflection.ReflectionsDict attribute) setor() (in module hklpy2.user) setup_libhkl() (in module hklpy2.backends.hkl_soleil_utils) SI_LATTICE_PARAMETER (in module hklpy2.blocks.lattice) SI_LATTICE_PARAMETER_UNCERTAINTY (in module hklpy2.blocks.lattice) simulator from configuration simulator_from_config simulator_from_config() (in module hklpy2.run_utils) Solver, [1] solver, [1] (hklpy2.ops.Core property) solver_constant_axis_names (hklpy2.ops.Core property) SOLVER_ENTRYPOINT_GROUP (in module hklpy2.solver_utils) solver_extra_axis_names (hklpy2.ops.Core property) solver_factory solver_factory() (in module hklpy2.solver_utils) solver_name (hklpy2.ops.Core property) solver_pseudo_axis_names (hklpy2.ops.Core property) solver_real_axis_names (hklpy2.ops.Core property) solver_signature (hklpy2.ops.Core property) solver_summary (hklpy2.ops.Core property) solver_summary() (in module hklpy2.user) solver_written_axis_names (hklpy2.ops.Core property) SolverBase (class in hklpy2.backends.base) SolverError SolverMetadataDict (class in hklpy2.backends.typing) solvers() (in module hklpy2.solver_utils) SPEC commands SPEC commands see hklpy2.user standardize_pseudos() (hklpy2.ops.Core method) standardize_reals() (hklpy2.ops.Core method) start_key (hklpy2.run_utils.ConfigurationRunWrapper attribute) summary (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) swap() (hklpy2.blocks.reflection.ReflectionsDict method) system_parameter_names() (hklpy2.blocks.lattice.Lattice method) T T (in module hklpy2.diffract) TH_TTH_Q_GEOMETRY (in module hklpy2.backends.th_tth_q) throughput ThTthSolver (class in hklpy2.backends.th_tth_q) to_hkl() (in module hklpy2.backends.hkl_soleil) to_numpy() (in module hklpy2.backends.hkl_soleil) to_solver_units() (hklpy2.ops.Core method) tol (hklpy2.blocks.lattice.Lattice attribute) tutorial U U, [1] (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.blocks.sample.Sample property) UB, [1] (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.blocks.sample.Sample property) UB matrix how-to UNDEFINED_LABEL (in module hklpy2.blocks.constraints) unique_name() (in module hklpy2.utils) unit cell UNUSED_REFLECTION (in module hklpy2.blocks.reflection) update_solver() (hklpy2.ops.Core method) UREG (in module hklpy2.utils) V valid() (hklpy2.blocks.constraints.ConstraintBase method) (hklpy2.blocks.constraints.LimitsConstraint method) (hklpy2.blocks.constraints.RealAxisConstraints method) validate() (hklpy2.run_utils.ConfigurationRunWrapper method) validate_and_canonical_unit() (in module hklpy2.utils) validate_not_parallel() (in module hklpy2.utils) vecspace() (hklpy2.blocks.zone.OrthonormalZone method) version (hklpy2.backends.base.SolverBase attribute) (hklpy2.backends.hkl_soleil.HklSolver attribute) (hklpy2.backends.no_op.NoOpSolver attribute) (hklpy2.backends.th_tth_q.ThTthSolver attribute) (hklpy2.backends.typing.SolverMetadataDict attribute) vibranium virtual VirtualPositionerBase (class in hklpy2.devices) W wavelength, [1], [2] Wavelength (class in hklpy2.incident) wavelength (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.th_tth_q.ThTthSolver property) (hklpy2.backends.typing.ReflectionDict attribute) (hklpy2.blocks.reflection.Reflection property) (hklpy2.incident.EpicsWavelengthRO attribute) (hklpy2.incident.Wavelength attribute) wavelength_units (hklpy2.blocks.reflection.Reflection property) (hklpy2.incident.EpicsWavelengthRO attribute) (hklpy2.incident.Wavelength attribute) WavelengthDictType (in module hklpy2.incident) WavelengthXray (class in hklpy2.incident) wh() (hklpy2.diffract.DiffractometerBase method) (in module hklpy2.user) wrapper() (hklpy2.run_utils.ConfigurationRunWrapper method) X XRAY_ENERGY_EQUIVALENT_ (in module hklpy2.incident) Z zone zone axis zone scan zone_series() (in module hklpy2.blocks.zone) zonespace() (in module hklpy2.blocks.zone)