Index _ | A | B | C | D | E | F | G | H | I | K | L | M | N | O | P | Q | R | S | T | U | V | W | X _ __all__ (in module hklpy2.diffract) (in module hklpy2.user) __eq__() (hklpy2.blocks.lattice.Lattice method) (hklpy2.blocks.reflection.Reflection method) __package_name__ (in module hklpy2) __repr__() (hklpy2.backends.base.SolverBase method) (hklpy2.backends.hkl_soleil.HklSolver method) (hklpy2.backends.SolverBase method) (hklpy2.blocks.constraints.ConstraintBase method) (hklpy2.blocks.constraints.LimitsConstraint method) (hklpy2.blocks.constraints.RealAxisConstraints method) (hklpy2.blocks.lattice.Lattice method) (hklpy2.blocks.reflection.Reflection method) (hklpy2.blocks.sample.Sample method) (hklpy2.SolverBase method) __settings_orgName__ (in module hklpy2) __version__ (in module hklpy2) _asdict() (hklpy2.blocks.configure.Configuration method) (hklpy2.blocks.constraints.ConstraintBase method) (hklpy2.blocks.constraints.RealAxisConstraints method) (hklpy2.blocks.lattice.Lattice method) (hklpy2.blocks.reflection.Reflection method) (hklpy2.blocks.reflection.ReflectionsDict method) (hklpy2.blocks.sample.Sample method) (hklpy2.Configuration method) (hklpy2.ops.Core method) (hklpy2.wavelength_support.WavelengthBase method) _axes_names_d2s() (hklpy2.ops.Core method) _axes_names_s2d() (hklpy2.ops.Core method) _backend (hklpy2.diffract.DiffractometerBase attribute) (hklpy2.DiffractometerBase attribute) _choice (in module hklpy2.user) _fields (hklpy2.blocks.constraints.ConstraintBase attribute) (hklpy2.blocks.constraints.LimitsConstraint attribute) _forward_solution (hklpy2.diffract.DiffractometerBase attribute) (hklpy2.DiffractometerBase attribute) _fromdict() (hklpy2.blocks.configure.Configuration method) (hklpy2.blocks.constraints.ConstraintBase method) (hklpy2.blocks.constraints.RealAxisConstraints method) (hklpy2.blocks.lattice.Lattice method) (hklpy2.blocks.reflection.Reflection method) (hklpy2.blocks.reflection.ReflectionsDict method) (hklpy2.blocks.sample.Sample method) (hklpy2.Configuration method) (hklpy2.ConstantMonochromaticWavelength method) (hklpy2.ops.Core method) (hklpy2.wavelength_support.ConstantMonochromaticWavelength method) (hklpy2.wavelength_support.WavelengthBase method) _fromdict_core() (hklpy2.wavelength_support.WavelengthBase method) _gname (hklpy2.backends.base.SolverBase attribute) (hklpy2.backends.SolverBase attribute) (hklpy2.SolverBase attribute) _hkl_detector (hklpy2.backends.hkl_soleil.HklSolver attribute) _hkl_engine (hklpy2.backends.hkl_soleil.HklSolver attribute) _hkl_engine_list (hklpy2.backends.hkl_soleil.HklSolver attribute) _hkl_factory (hklpy2.backends.hkl_soleil.HklSolver attribute) _hkl_geometry (hklpy2.backends.hkl_soleil.HklSolver attribute) _metadata (hklpy2.backends.base.SolverBase property) (hklpy2.backends.SolverBase property) (hklpy2.SolverBase property) _order (hklpy2.blocks.reflection.ReflectionsDict attribute) _reflections (hklpy2.backends.th_tth_q.ThTthSolver attribute) _sample (hklpy2.backends.base.SolverBase attribute) (hklpy2.backends.hkl_soleil.HklSolver attribute) (hklpy2.backends.SolverBase attribute) (hklpy2.SolverBase attribute) _sample_name (hklpy2.ops.Core attribute) _samples (hklpy2.ops.Core attribute) _SelectedDiffractometer (class in hklpy2.user) _selection (hklpy2.user._SelectedDiffractometer attribute) _solver (hklpy2.ops.Core attribute) _source (hklpy2.diffract.DiffractometerBase attribute) (hklpy2.DiffractometerBase attribute) _sub_proxy_readback() (hklpy2.diffract.DiffractometerPseudo method) _summary_dict (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.SolverBase property) (hklpy2.SolverBase property) _valid() (hklpy2.blocks.configure.Configuration method) (hklpy2.Configuration method) _validate_pseudos() (hklpy2.blocks.reflection.Reflection method) (hklpy2.ops.Core method) _validate_reals() (hklpy2.blocks.reflection.Reflection method) _validate_reflection() (hklpy2.blocks.reflection.ReflectionsDict method) _validate_wavelength() (hklpy2.blocks.reflection.Reflection method) _wavelength (hklpy2.backends.th_tth_q.ThTthSolver attribute) (hklpy2.ConstantMonochromaticWavelength attribute) (hklpy2.wavelength_support.ConstantMonochromaticWavelength attribute) _wavelength_units (hklpy2.wavelength_support.WavelengthBase attribute) A a (hklpy2.blocks.lattice.Lattice attribute) A_KEV (in module hklpy2) (in module hklpy2.wavelength_support) add() (hklpy2.blocks.reflection.ReflectionsDict method) add_reflection (in module hklpy2.user) add_reflection() (hklpy2.diffract.DiffractometerBase method) (hklpy2.DiffractometerBase method) (hklpy2.ops.Core method) add_sample() (hklpy2.diffract.DiffractometerBase method) (hklpy2.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.SolverBase method) (hklpy2.backends.th_tth_q.ThTthSolver method) (hklpy2.SolverBase method) alpha (hklpy2.blocks.lattice.Lattice attribute) AnyAxesType (in module hklpy2.misc) assign_axes() (hklpy2.ops.Core method) 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.misc) 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.misc) AxesDict (in module hklpy2.misc) AxesList (in module hklpy2.misc) AxesTuple (in module hklpy2.misc) axis B b (hklpy2.blocks.lattice.Lattice attribute) backend beta (hklpy2.blocks.lattice.Lattice attribute) BISECTOR_MODE (in module hklpy2.backends.th_tth_q) C c (hklpy2.blocks.lattice.Lattice attribute) cahkl() (in module hklpy2.user) cahkl_table() (in module hklpy2.user) 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.SolverBase method) (hklpy2.backends.th_tth_q.ThTthSolver method) (hklpy2.SolverBase method) check_value_in_list() (in module hklpy2) (in module hklpy2.misc) compare_float_dicts() (in module hklpy2.misc) configuration Configuration (class in hklpy2) (class in hklpy2.blocks.configure) configuration (hklpy2.diffract.DiffractometerBase property) (hklpy2.DiffractometerBase property) (hklpy2.ops.Core attribute) ConfigurationError ConfigurationRunWrapper (class in hklpy2) (class in hklpy2.misc) ConstantMonochromaticWavelength (class in hklpy2) (class in hklpy2.wavelength_support) constraint ConstraintBase (class in hklpy2.blocks.constraints) constraints (hklpy2.ops.Core attribute) ConstraintsError core, [1] Core (class in hklpy2.ops) core (hklpy2.blocks.sample.Sample attribute) (hklpy2.diffract.DiffractometerBase attribute) (hklpy2.DiffractometerBase attribute) CoreError creator creator() (in module hklpy2) (in module hklpy2.diffract) crystal crystal_system (hklpy2.blocks.lattice.Lattice property) CrystalSystem (in module hklpy2.blocks.lattice) cut points, [1] D DEFAULT_ENERGY_UNITS (in module hklpy2.wavelength_support) DEFAULT_PHOTON_ENERGY_KEV (in module hklpy2.diffract) DEFAULT_START_KEY (in module hklpy2.misc) DEFAULT_WAVELENGTH (in module hklpy2.wavelength_support) DEFAULT_WAVELENGTH_UNITS (in module hklpy2.wavelength_support) definition axis backend configuration constraint core crystal detector diffractometer engine extra geometry goniometer lattice mode monochromatic OR orientation pseudo real reflection sample solver U UB unit cell wavelength design diffractometer solver detector device_names (hklpy2.ConfigurationRunWrapper property) (hklpy2.misc.ConfigurationRunWrapper property) devices (hklpy2.ConfigurationRunWrapper attribute) (hklpy2.misc.ConfigurationRunWrapper attribute) dict_device_factory dict_device_factory() (in module hklpy2.misc) diffractometer (hklpy2.blocks.configure.Configuration attribute) (hklpy2.Configuration attribute) (hklpy2.ops.Core attribute) (hklpy2.user._SelectedDiffractometer property) diffractometer_class_factory diffractometer_class_factory() (in module hklpy2) (in module hklpy2.diffract) DiffractometerBase (class in hklpy2) (class in hklpy2.diffract) DiffractometerError DiffractometerPseudo (class in hklpy2.diffract) digits (hklpy2.blocks.lattice.Lattice property) (hklpy2.blocks.reflection.Reflection attribute) (hklpy2.blocks.sample.Sample property) E enable (hklpy2.ConfigurationRunWrapper property) (hklpy2.misc.ConfigurationRunWrapper property) energy (hklpy2.MonochromaticXrayWavelength property) (hklpy2.wavelength_support.MonochromaticXrayWavelength property) energy_units (hklpy2.MonochromaticXrayWavelength property) (hklpy2.wavelength_support.MonochromaticXrayWavelength property) engine (hklpy2.backends.hkl_soleil.HklSolver property) engine_name (hklpy2.backends.hkl_soleil.HklSolver property) engines (hklpy2.backends.hkl_soleil.HklSolver property) entry point, [1] export() (hklpy2.diffract.DiffractometerBase method) (hklpy2.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.SolverBase property) (hklpy2.backends.th_tth_q.ThTthSolver property) (hklpy2.SolverBase property) extras (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.SolverBase property) (hklpy2.SolverBase property) F factory creator dict_device_factory diffractometer_class_factory solver_factory flatten_lists() (in module hklpy2.misc) forward() (hklpy2.backends.base.SolverBase method) (hklpy2.backends.hkl_soleil.HklSolver method) (hklpy2.backends.no_op.NoOpSolver method) (hklpy2.backends.SolverBase method) (hklpy2.backends.th_tth_q.ThTthSolver method) (hklpy2.diffract.DiffractometerBase method) (hklpy2.DiffractometerBase method) (hklpy2.ops.Core method) (hklpy2.SolverBase method) forward_solutions_table() (hklpy2.ops.Core method) full_position() (hklpy2.diffract.DiffractometerBase method) (hklpy2.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 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.SolverBase class method) (hklpy2.backends.th_tth_q.ThTthSolver class method) (hklpy2.SolverBase class method) geometry (hklpy2.backends.base.SolverBase property) (hklpy2.backends.SolverBase property) (hklpy2.blocks.reflection.Reflection attribute) (hklpy2.blocks.reflection.ReflectionsDict attribute) (hklpy2.diffract.DiffractometerBase attribute) (hklpy2.DiffractometerBase attribute) (hklpy2.ops.Core property) (hklpy2.SolverBase property) get_diffractometer() (in module hklpy2.user) get_run_orientation() (in module hklpy2.misc) get_solver() (in module hklpy2) (in module hklpy2.misc) glossary see definition goniometer H H_OR_N (in module hklpy2.diffract) 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.no_op module hklpy2.backends.th_tth_q 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.diffract module hklpy2.misc module hklpy2.ops module hklpy2.user module hklpy2.wavelength_support module Hklpy2Error HklSolver (class in hklpy2.backends.hkl_soleil) I IDENTITY_MATRIX_3X3 (in module hklpy2.misc) install inverse() (hklpy2.backends.base.SolverBase method) (hklpy2.backends.hkl_soleil.HklSolver method) (hklpy2.backends.no_op.NoOpSolver method) (hklpy2.backends.SolverBase method) (hklpy2.backends.th_tth_q.ThTthSolver method) (hklpy2.diffract.DiffractometerBase method) (hklpy2.DiffractometerBase method) (hklpy2.ops.Core method) (hklpy2.SolverBase method) istype() (in module hklpy2.misc) K known_bases (hklpy2.ConfigurationRunWrapper attribute) (hklpy2.misc.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.SolverBase property) (hklpy2.blocks.sample.Sample property) (hklpy2.SolverBase property) LatticeError 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 (hklpy2.blocks.constraints.LimitsConstraint property) LimitsConstraint (class in hklpy2.blocks.constraints) list_orientation_runs() (in module hklpy2.misc) list_samples() (in module hklpy2.user) load_yaml() (in module hklpy2.misc) load_yaml_file() (in module hklpy2.misc) local_pseudo_axes (hklpy2.ops.Core property) local_real_axes (hklpy2.ops.Core property) logger (in module hklpy2.backends.base) (in module hklpy2.backends.hkl_soleil) (in module hklpy2.backends.no_op) (in module hklpy2.backends.th_tth_q) (in module hklpy2.blocks.configure) (in module hklpy2.blocks.lattice) (in module hklpy2.blocks.reflection) (in module hklpy2.blocks.sample) (in module hklpy2.diffract) (in module hklpy2.misc) (in module hklpy2.user) (in module hklpy2.wavelength_support) M mode (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.SolverBase property) (hklpy2.SolverBase property) modes (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.no_op.NoOpSolver property) (hklpy2.backends.SolverBase property) (hklpy2.backends.th_tth_q.ThTthSolver property) (hklpy2.SolverBase property) module hklpy2 hklpy2.backends hklpy2.backends.base hklpy2.backends.hkl_soleil hklpy2.backends.no_op hklpy2.backends.th_tth_q hklpy2.blocks hklpy2.blocks.configure hklpy2.blocks.constraints hklpy2.blocks.lattice hklpy2.blocks.reflection hklpy2.blocks.sample hklpy2.diffract hklpy2.misc hklpy2.ops hklpy2.user hklpy2.wavelength_support monochromatic MonochromaticXrayWavelength (class in hklpy2) (class in hklpy2.wavelength_support) move_dict() (hklpy2.diffract.DiffractometerBase method) (hklpy2.DiffractometerBase method) move_forward_with_extras() (hklpy2.diffract.DiffractometerBase method) (hklpy2.DiffractometerBase method) move_reals() (hklpy2.diffract.DiffractometerBase method) (hklpy2.DiffractometerBase method) N name (hklpy2.backends.base.SolverBase attribute) (hklpy2.backends.hkl_soleil.HklSolver attribute) (hklpy2.backends.no_op.NoOpSolver attribute) (hklpy2.backends.SolverBase attribute) (hklpy2.backends.th_tth_q.ThTthSolver attribute) (hklpy2.blocks.reflection.Reflection property) (hklpy2.blocks.sample.Sample property) (hklpy2.SolverBase attribute) NoOpSolver (class in hklpy2.backends.no_op) NUMERIC (in module hklpy2.blocks.constraints) O OR or_swap() (in module hklpy2.user) order (hklpy2.blocks.reflection.ReflectionsDict property) orientation orientation matrix P pa() (in module hklpy2.user) pick_first_item() (in module hklpy2.diffract) prune() (hklpy2.blocks.reflection.ReflectionsDict method) pseudo pseudo_axis_names (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.no_op.NoOpSolver property) (hklpy2.backends.SolverBase property) (hklpy2.backends.th_tth_q.ThTthSolver property) (hklpy2.blocks.reflection.Reflection attribute) (hklpy2.diffract.DiffractometerBase property) (hklpy2.DiffractometerBase property) (hklpy2.SolverBase property) pseudos (hklpy2.blocks.reflection.Reflection property) Q Quick Reference Table R real real-space real_axis_names (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.no_op.NoOpSolver property) (hklpy2.backends.SolverBase property) (hklpy2.backends.th_tth_q.ThTthSolver property) (hklpy2.blocks.reflection.Reflection attribute) (hklpy2.diffract.DiffractometerBase property) (hklpy2.DiffractometerBase property) (hklpy2.SolverBase property) RealAxisConstraints (class in hklpy2.blocks.constraints) reals (hklpy2.blocks.reflection.Reflection 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.SolverBase method) (hklpy2.backends.th_tth_q.ThTthSolver method) (hklpy2.SolverBase method) reflection, [1], [2] Reflection (class in hklpy2.blocks.reflection) ReflectionError reflections (hklpy2.blocks.sample.Sample property) ReflectionsDict (class in hklpy2.blocks.reflection) 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.SolverBase method) (hklpy2.backends.th_tth_q.ThTthSolver method) (hklpy2.SolverBase method) reset_constraints() (hklpy2.ops.Core method) reset_samples() (hklpy2.ops.Core method) restore() (hklpy2.diffract.DiffractometerBase method) (hklpy2.DiffractometerBase method) roundoff() (in module hklpy2.misc) ROUNDOFF_DIGITS (in module hklpy2.backends.hkl_soleil) roundoff_list() (in module hklpy2.backends.hkl_soleil) S sample Sample (class in hklpy2.blocks.sample) sample (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.SolverBase property) (hklpy2.diffract.DiffractometerBase property) (hklpy2.DiffractometerBase property) (hklpy2.ops.Core property) (hklpy2.SolverBase property) SampleError samples (hklpy2.diffract.DiffractometerBase property) (hklpy2.DiffractometerBase property) (hklpy2.ops.Core property) scan_extra() (hklpy2.diffract.DiffractometerBase method) (hklpy2.DiffractometerBase method) set_diffractometer() (in module hklpy2.user) set_energy() (in module hklpy2.user) set_lattice() (in module hklpy2.user) set_orientation_reflections() (hklpy2.blocks.reflection.ReflectionsDict method) set_solver() (hklpy2.ops.Core method) setor (hklpy2.blocks.reflection.ReflectionsDict attribute) setor() (in module hklpy2.user) SI_LATTICE_PARAMETER (in module hklpy2) (in module hklpy2.blocks.lattice) SI_LATTICE_PARAMETER_UNCERTAINTY (in module hklpy2.blocks.lattice) Solver, [1], [2], [3] solver (hklpy2.diffract.DiffractometerBase attribute) (hklpy2.DiffractometerBase attribute) (hklpy2.ops.Core property) SOLVER_ENTRYPOINT_GROUP (in module hklpy2) (in module hklpy2.misc) solver_factory solver_factory() (in module hklpy2) (in module hklpy2.misc) solver_name (hklpy2.diffract.DiffractometerBase property) (hklpy2.DiffractometerBase property) solver_summary() (in module hklpy2.user) SolverBase (class in hklpy2) (class in hklpy2.backends) (class in hklpy2.backends.base) SolverError, [1] SolverNoForwardSolutions solvers() (in module hklpy2) (in module hklpy2.misc) source_type (hklpy2.ConstantMonochromaticWavelength attribute) (hklpy2.MonochromaticXrayWavelength attribute) (hklpy2.wavelength_support.ConstantMonochromaticWavelength attribute) (hklpy2.wavelength_support.MonochromaticXrayWavelength attribute) (hklpy2.wavelength_support.WavelengthBase attribute) SPEC commands spectrum_type (hklpy2.ConstantMonochromaticWavelength attribute) (hklpy2.MonochromaticXrayWavelength attribute) (hklpy2.wavelength_support.ConstantMonochromaticWavelength attribute) (hklpy2.wavelength_support.MonochromaticXrayWavelength attribute) (hklpy2.wavelength_support.WavelengthBase attribute) standardize_pseudos() (hklpy2.ops.Core method) standardize_reals() (hklpy2.ops.Core method) start_key (hklpy2.ConfigurationRunWrapper attribute) (hklpy2.misc.ConfigurationRunWrapper attribute) summary (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.SolverBase property) (hklpy2.SolverBase property) swap() (hklpy2.blocks.reflection.ReflectionsDict method) system_parameter_names() (hklpy2.blocks.lattice.Lattice method) T TH_Q_GEOMETRY (in module hklpy2.backends.th_tth_q) TH_TTH_Q_GEOMETRY (in module hklpy2.backends.th_tth_q) ThTthSolver (class in hklpy2.backends.th_tth_q) to_hkl() (in module hklpy2.backends.hkl_soleil) to_numpy() (in module hklpy2.backends.hkl_soleil) U U (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.blocks.sample.Sample property) UB (hklpy2.backends.base.SolverBase property) (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.SolverBase property) (hklpy2.blocks.sample.Sample property) (hklpy2.SolverBase property) UNDEFINED_LABEL (in module hklpy2.blocks.constraints) unique_name() (in module hklpy2.misc) unit cell UNUSED_REFLECTION (in module hklpy2.blocks.reflection) V valid() (hklpy2.blocks.constraints.ConstraintBase method) (hklpy2.blocks.constraints.LimitsConstraint method) (hklpy2.blocks.constraints.RealAxisConstraints method) validate() (hklpy2.ConfigurationRunWrapper method) (hklpy2.misc.ConfigurationRunWrapper method) version (hklpy2.backends.base.SolverBase attribute) (hklpy2.backends.hkl_soleil.HklSolver attribute) (hklpy2.backends.no_op.NoOpSolver attribute) (hklpy2.backends.SolverBase attribute) (hklpy2.backends.th_tth_q.ThTthSolver attribute) (hklpy2.SolverBase attribute) vibranium W wavelength, [1] (hklpy2.backends.hkl_soleil.HklSolver property) (hklpy2.backends.th_tth_q.ThTthSolver property) (hklpy2.blocks.reflection.Reflection property) (hklpy2.ConstantMonochromaticWavelength property) (hklpy2.diffract.DiffractometerBase attribute) (hklpy2.DiffractometerBase attribute) (hklpy2.MonochromaticXrayWavelength property) (hklpy2.wavelength_support.ConstantMonochromaticWavelength property) (hklpy2.wavelength_support.MonochromaticXrayWavelength property) (hklpy2.wavelength_support.WavelengthBase property) wavelength_units (hklpy2.wavelength_support.WavelengthBase property) WavelengthBase (class in hklpy2.wavelength_support) WavelengthError, [1] wh() (hklpy2.diffract.DiffractometerBase method) (hklpy2.DiffractometerBase method) (in module hklpy2.user) wrapper() (hklpy2.ConfigurationRunWrapper method) (hklpy2.misc.ConfigurationRunWrapper method) X XRAY_ENERGY_EQUIVALENT_ (in module hklpy2.wavelength_support)