Index

_

_active_cell_params() (in module ad_hoc_diffractometer.refinement) _angle_about_axis() (in module ad_hoc_diffractometer.kappa) _apply_cut_points() (in module ad_hoc_diffractometer.forward) _apply_delta() (in module ad_hoc_diffractometer.refinement) _B_from_full_params() (in module ad_hoc_diffractometer.refinement) _build_eulerian_equivalent_geometry() (in module ad_hoc_diffractometer.kappa) _build_jacobian_and_residuals() (in module ad_hoc_diffractometer.refinement) _check_basis() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) _check_limits() (in module ad_hoc_diffractometer.forward) (in module ad_hoc_diffractometer.scan) _check_no_cycles() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) _clean_zero() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer static method) _collect_dd_solution() (in module ad_hoc_diffractometer.forward) _compute_natural_psi() (in module ad_hoc_diffractometer.forward) _compute_q_phi() (in module ad_hoc_diffractometer.orientation) _compute_q_phi_cached() (in module ad_hoc_diffractometer.orientation) _dB_dp_finite_diff() (in module ad_hoc_diffractometer.refinement) _deduce_system_and_params() (in module ad_hoc_diffractometer.lattice) _draw_axis() (ad_hoc_diffractometer.drawing.StageAxisFigure method) _draw_axis_arc() (ad_hoc_diffractometer.drawing.StageAxisFigure method) _draw_axis_vector() (ad_hoc_diffractometer.drawing.StageAxisFigure method) _draw_basis_vectors() (ad_hoc_diffractometer.drawing.StageAxisFigure method) _euler_from_Z_standard() (in module ad_hoc_diffractometer.scan) _eulerian_rotation() (in module ad_hoc_diffractometer.kappa) _free_params_for_system() (in module ad_hoc_diffractometer.refinement) _full_params_from_free() (in module ad_hoc_diffractometer.refinement) _gram_schmidt_triple() (in module ad_hoc_diffractometer.orientation) _guard_active() (ad_hoc_diffractometer.sample.SampleDict method) _guard_type() (ad_hoc_diffractometer.sample.SampleDict static method) _hkl_points() (in module ad_hoc_diffractometer.scan) _invalidate() (ad_hoc_diffractometer.lattice.Lattice method) _is_cardinal_axis() (in module ad_hoc_diffractometer.forward) _is_double_diffraction_mode() (in module ad_hoc_diffractometer.forward) _is_kappa_virtual_mode() (in module ad_hoc_diffractometer.forward) _is_psi_mode() (in module ad_hoc_diffractometer.forward) _is_qaz_mode() (in module ad_hoc_diffractometer.forward) _is_standard_eulerian_pair() (in module ad_hoc_diffractometer.forward) _is_surface_mode() (in module ad_hoc_diffractometer.forward) _kappa_from_Z() (in module ad_hoc_diffractometer.scan) _kappa_rotation() (in module ad_hoc_diffractometer.kappa) _load_entry_point_geometries() (in module ad_hoc_diffractometer.factories) _measure_psi() (in module ad_hoc_diffractometer.scan) _mode_from_dict() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer static method) _mode_to_dict() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer static method) _nelder_mead_numpy() (in module ad_hoc_diffractometer.refinement)

_ordered_stages() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) _perp_ref() (in module ad_hoc_diffractometer.scan) _physical_label() (in module ad_hoc_diffractometer.drawing) _pick_solution() (in module ad_hoc_diffractometer.scan) _prepare_mode() (in module ad_hoc_diffractometer.benchmark) _print_results() (in module ad_hoc_diffractometer.benchmark) _psi_candidates() (in module ad_hoc_diffractometer.scan) _qaz_residual() (in module ad_hoc_diffractometer.mode) _refine_dd_outer_seeded() (in module ad_hoc_diffractometer.forward) _require_azimuthal_reference() (in module ad_hoc_diffractometer.reference) _require_plotly() (in module ad_hoc_diffractometer.drawing) _require_surface_normal() (in module ad_hoc_diffractometer.reference) _resolve() (ad_hoc_diffractometer.reflection.ReflectionList method) _resolve_reflections() (in module ad_hoc_diffractometer.refinement) _rotation_from_vector() (in module ad_hoc_diffractometer.refinement) _rotation_matrix_and_derivative_normalized() (in module ad_hoc_diffractometer.rotation) _rotation_matrix_normalized() (in module ad_hoc_diffractometer.rotation) _scene_domain() (in module ad_hoc_diffractometer.drawing) _set_params() (ad_hoc_diffractometer.lattice.Lattice method) _set_scene() (ad_hoc_diffractometer.drawing.StageAxisFigure method) _set_titles() (ad_hoc_diffractometer.drawing.StageAxisFigure method) _setup_geometry() (in module ad_hoc_diffractometer.benchmark) _solve_alpha_cos_beta_sin_eq_gamma() (in module ad_hoc_diffractometer.kappa) _solve_bisecting() (in module ad_hoc_diffractometer.forward) _solve_bisecting_analytic() (in module ad_hoc_diffractometer.forward) _solve_bisecting_kappa_virtual() (in module ad_hoc_diffractometer.forward) _solve_constraint_set() (in module ad_hoc_diffractometer.forward) _solve_double_diffraction() (in module ad_hoc_diffractometer.forward) _solve_fixed_sample() (in module ad_hoc_diffractometer.forward) _solve_kappa_virtual() (in module ad_hoc_diffractometer.forward) _solve_one_free_angle() (in module ad_hoc_diffractometer.forward) _solve_one_free_angle_analytic() (in module ad_hoc_diffractometer.forward) _solve_psi_mode() (in module ad_hoc_diffractometer.forward) _solve_qaz_mode() (in module ad_hoc_diffractometer.forward) _solve_surface() (in module ad_hoc_diffractometer.forward) _solve_two_angles() (in module ad_hoc_diffractometer.forward) _spec_motor_name() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer static method) _surface_residual() (in module ad_hoc_diffractometer.forward) _surface_vectors() (in module ad_hoc_diffractometer.surface) _time_forward() (in module ad_hoc_diffractometer.benchmark) _time_inverse() (in module ad_hoc_diffractometer.benchmark) _translate_mode_to_eulerian() (in module ad_hoc_diffractometer.kappa) _tree_layout() (in module ad_hoc_diffractometer.drawing) _validate_params() (in module ad_hoc_diffractometer.lattice) _validate_solutions() (in module ad_hoc_diffractometer.forward) _wrap_180() (in module ad_hoc_diffractometer.kappa)

A

a (ad_hoc_diffractometer.lattice.Lattice property) ad_hoc_diffractometer module ad_hoc_diffractometer.axes module ad_hoc_diffractometer.benchmark module ad_hoc_diffractometer.constants module ad_hoc_diffractometer.conversions module ad_hoc_diffractometer.diffractometer module ad_hoc_diffractometer.display module ad_hoc_diffractometer.drawing module ad_hoc_diffractometer.factories module ad_hoc_diffractometer.forward module ad_hoc_diffractometer.kappa module ad_hoc_diffractometer.lattice module ad_hoc_diffractometer.mode module ad_hoc_diffractometer.orientation module ad_hoc_diffractometer.presets module ad_hoc_diffractometer.radiation module ad_hoc_diffractometer.reference module

ad_hoc_diffractometer.refinement module ad_hoc_diffractometer.reflection module ad_hoc_diffractometer.rotation module ad_hoc_diffractometer.sample module ad_hoc_diffractometer.scan module ad_hoc_diffractometer.stage module ad_hoc_diffractometer.surface module add() (ad_hoc_diffractometer.reflection.ReflectionList method) add_reflection() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) add_sample() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) add_trace() (ad_hoc_diffractometer.drawing.StageAxisFigure method) AdHocDiffractometer (class in ad_hoc_diffractometer.diffractometer) allclose() (in module ad_hoc_diffractometer.display) alpha (ad_hoc_diffractometer.lattice.Lattice property) alpha_f() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) (in module ad_hoc_diffractometer.surface) alpha_i() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) (in module ad_hoc_diffractometer.surface) angle (ad_hoc_diffractometer.stage.Stage attribute) angles (ad_hoc_diffractometer.reflection.Reflection attribute) angles_to_phi_vector() (in module ad_hoc_diffractometer.orientation) AnyConstraint (in module ad_hoc_diffractometer.mode) apply_cut_point() (ad_hoc_diffractometer.mode.ConstraintSet method) axis (ad_hoc_diffractometer.stage.Stage attribute) axis_from_physical() (in module ad_hoc_diffractometer.axes) axis_label() (in module ad_hoc_diffractometer.axes) azimuthal_reference (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property)

B

B (ad_hoc_diffractometer.lattice.Lattice property) b (ad_hoc_diffractometer.lattice.Lattice property) B matrix b_matrix() (in module ad_hoc_diffractometer.lattice) basis (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer attribute) BASIS_BL (in module ad_hoc_diffractometer.factories) BASIS_YOU (in module ad_hoc_diffractometer.factories)

benchmark_all() (in module ad_hoc_diffractometer.benchmark) benchmark_geometry() (in module ad_hoc_diffractometer.benchmark) benchmark_mode() (in module ad_hoc_diffractometer.benchmark) beta (ad_hoc_diffractometer.lattice.Lattice property) bisect_constraint (ad_hoc_diffractometer.mode.ConstraintSet property) bisect_stages() (ad_hoc_diffractometer.mode.ConstraintSet method) BisectConstraint (class in ad_hoc_diffractometer.mode) Bisecting condition

C

c (ad_hoc_diffractometer.lattice.Lattice property) cartesian_lattice_vectors (ad_hoc_diffractometer.lattice.Lattice property) category (ad_hoc_diffractometer.mode.BisectConstraint attribute) (ad_hoc_diffractometer.mode.DetectorConstraint attribute) (ad_hoc_diffractometer.mode.ReferenceConstraint attribute) (ad_hoc_diffractometer.mode.SampleConstraint attribute) check_limits() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) clear() (ad_hoc_diffractometer.reflection.ReflectionList method) (ad_hoc_diffractometer.sample.SampleDict method) compute_forward() (in module ad_hoc_diffractometer.forward)

computed (ad_hoc_diffractometer.mode.ConstraintSet attribute) constant_stages (ad_hoc_diffractometer.mode.ConstraintSet property) constrained_stages() (ad_hoc_diffractometer.mode.ConstraintSet method) constraint_repr (ad_hoc_diffractometer.mode.ConstraintViolation attribute) constraints (ad_hoc_diffractometer.mode.ConstraintSet property) ConstraintSet (class in ad_hoc_diffractometer.mode) ConstraintViolation CRYSTAL_SYSTEMS (in module ad_hoc_diffractometer.lattice) cut_points (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer attribute) (ad_hoc_diffractometer.mode.ConstraintSet attribute)

D

d-spacing d_to_Q_mag() (in module ad_hoc_diffractometer.conversions) d_to_two_theta() (in module ad_hoc_diffractometer.conversions) data (ad_hoc_diffractometer.drawing.GeometryAxisFigure property) (ad_hoc_diffractometer.drawing.StageAxisFigure property) DEFAULT_BASIS (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer attribute) DEFAULT_LATTICE_A (in module ad_hoc_diffractometer.benchmark) DEFAULT_N_ITER (in module ad_hoc_diffractometer.benchmark) DEFAULT_REFLECTIONS (in module ad_hoc_diffractometer.benchmark) DEFAULT_WAVELENGTH (in module ad_hoc_diffractometer.benchmark)

description (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer attribute) detector_constraint (ad_hoc_diffractometer.mode.ConstraintSet property) detector_distance (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) detector_offset (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) detector_rotation_matrix() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) detector_stage (ad_hoc_diffractometer.mode.BisectConstraint property) detector_stages (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer attribute) (ad_hoc_diffractometer.forward.ForwardContext attribute), [1] detector_tilt (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) DetectorConstraint (class in ad_hoc_diffractometer.mode) Diffraction mode

E

energy (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) energy_to_wavelength() (in module ad_hoc_diffractometer.radiation) energy_units (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) eulerian_to_kappa() (in module ad_hoc_diffractometer.kappa) eulerian_to_kappa_axes() (in module ad_hoc_diffractometer.kappa) evaluate() (ad_hoc_diffractometer.mode.BisectConstraint method) (ad_hoc_diffractometer.mode.DetectorConstraint method) (ad_hoc_diffractometer.mode.ReferenceConstraint method) (ad_hoc_diffractometer.mode.SampleConstraint method) (ad_hoc_diffractometer.mode.VirtualBisectConstraint method)

EwaldSphereViolation exit_angle() (in module ad_hoc_diffractometer.reference) extras (ad_hoc_diffractometer.mode.ConstraintSet attribute)

F

fivec() (in module ad_hoc_diffractometer.presets) fixed_sample_constraints (ad_hoc_diffractometer.mode.ConstraintSet property) fmt() (in module ad_hoc_diffractometer.display) Forward problem forward() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) ForwardContext (class in ad_hoc_diffractometer.forward) fourch() (in module ad_hoc_diffractometer.presets) fourcv() (in module ad_hoc_diffractometer.presets) free_dof_after_bragg (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) from_dict() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer class method) (ad_hoc_diffractometer.lattice.Lattice class method) (ad_hoc_diffractometer.mode.BisectConstraint class method) (ad_hoc_diffractometer.mode.ConstraintSet class method) (ad_hoc_diffractometer.mode.DetectorConstraint class method) (ad_hoc_diffractometer.mode.ReferenceConstraint class method) (ad_hoc_diffractometer.mode.SampleConstraint class method) (ad_hoc_diffractometer.reflection.Reflection class method) (ad_hoc_diffractometer.reflection.ReflectionList class method) (ad_hoc_diffractometer.sample.Sample class method) (ad_hoc_diffractometer.stage.Stage class method)

G

gamma (ad_hoc_diffractometer.lattice.Lattice property) geometry (ad_hoc_diffractometer.drawing.StageAxisFigure attribute) GEOMETRY_ENTRY_POINT_GROUP (in module ad_hoc_diffractometer.factories) geometry_name (ad_hoc_diffractometer.reflection.Reflection attribute) (ad_hoc_diffractometer.reflection.ReflectionList attribute)

GeometryAxisFigure (class in ad_hoc_diffractometer.drawing) get_geometry() (in module ad_hoc_diffractometer.factories) get_precision() (in module ad_hoc_diffractometer.display)

H

has_bisect (ad_hoc_diffractometer.mode.ConstraintSet property) has_reference_vector() (ad_hoc_diffractometer.mode.ReferenceConstraint method) HC_KEV_ANGSTROM (in module ad_hoc_diffractometer.radiation) HC_KEV_ANGSTROM_UNCERTAINTY (in module ad_hoc_diffractometer.radiation)

hkl (ad_hoc_diffractometer.reflection.Reflection attribute) hkl_to_d() (in module ad_hoc_diffractometer.conversions) hkl_to_Q() (in module ad_hoc_diffractometer.conversions) hkl_to_two_theta() (in module ad_hoc_diffractometer.conversions) hkl_trajectory() (in module ad_hoc_diffractometer.scan)

I

in_limits() (ad_hoc_diffractometer.stage.Stage method) incidence_angle() (in module ad_hoc_diffractometer.reference) inclination_matrix (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) Inverse problem inverse() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) is_bisect (ad_hoc_diffractometer.mode.BisectConstraint attribute) (ad_hoc_diffractometer.mode.SampleConstraint attribute) is_evanescent() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) (in module ad_hoc_diffractometer.surface) is_fully_constrained() (ad_hoc_diffractometer.mode.ConstraintSet method) is_implemented() (ad_hoc_diffractometer.mode.BisectConstraint method) (ad_hoc_diffractometer.mode.ConstraintSet method) (ad_hoc_diffractometer.mode.DetectorConstraint method) (ad_hoc_diffractometer.mode.ReferenceConstraint method) (ad_hoc_diffractometer.mode.SampleConstraint method) (ad_hoc_diffractometer.mode.VirtualBisectConstraint method)

is_kappa_virtual_mode() (in module ad_hoc_diffractometer.kappa) is_qaz (ad_hoc_diffractometer.mode.DetectorConstraint property) is_satisfied() (ad_hoc_diffractometer.mode.BisectConstraint method) (ad_hoc_diffractometer.mode.DetectorConstraint method) (ad_hoc_diffractometer.mode.ReferenceConstraint method) (ad_hoc_diffractometer.mode.SampleConstraint method) is_specular() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) (in module ad_hoc_diffractometer.surface) items() (ad_hoc_diffractometer.mode.ModeDict method) (ad_hoc_diffractometer.reflection.ReflectionList method) (ad_hoc_diffractometer.sample.SampleDict method)

J

jacobian_analytic() (ad_hoc_diffractometer.forward.ForwardContext method)

K

kappa4ch() (in module ad_hoc_diffractometer.presets) kappa4cv() (in module ad_hoc_diffractometer.presets) kappa6c() (in module ad_hoc_diffractometer.presets) KAPPA_ALPHA_DEFAULT (in module ad_hoc_diffractometer.factories) kappa_alpha_deg (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) kappa_axis() (in module ad_hoc_diffractometer.axes) kappa_axis_from_eulerian() (in module ad_hoc_diffractometer.kappa)

kappa_pseudo_angle_convention (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) kappa_to_eulerian() (in module ad_hoc_diffractometer.kappa) kappa_to_eulerian_axes() (in module ad_hoc_diffractometer.kappa) KAPPA_VIRTUAL_ANGLES (in module ad_hoc_diffractometer.kappa) KappaPseudoAngleConvention (class in ad_hoc_diffractometer.kappa) keys() (ad_hoc_diffractometer.mode.ModeDict method) (ad_hoc_diffractometer.reflection.ReflectionList method) (ad_hoc_diffractometer.sample.SampleDict method)

L

lattice (ad_hoc_diffractometer.sample.Sample attribute) Lattice (class in ad_hoc_diffractometer.lattice) lattice_vectors() (in module ad_hoc_diffractometer.lattice)

layout (ad_hoc_diffractometer.drawing.GeometryAxisFigure property) (ad_hoc_diffractometer.drawing.StageAxisFigure property) limits (ad_hoc_diffractometer.stage.Stage property) list_geometries() (in module ad_hoc_diffractometer.factories)

M

make_geometry() (in module ad_hoc_diffractometer.factories) make_kappa_pseudo_angle_convention() (in module ad_hoc_diffractometer.kappa) Miller indices mode (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) mode_name (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) ModeDict (class in ad_hoc_diffractometer.mode) modes (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) module ad_hoc_diffractometer ad_hoc_diffractometer.axes ad_hoc_diffractometer.benchmark ad_hoc_diffractometer.constants ad_hoc_diffractometer.conversions ad_hoc_diffractometer.diffractometer ad_hoc_diffractometer.display ad_hoc_diffractometer.drawing ad_hoc_diffractometer.factories ad_hoc_diffractometer.forward ad_hoc_diffractometer.kappa ad_hoc_diffractometer.lattice ad_hoc_diffractometer.mode ad_hoc_diffractometer.orientation ad_hoc_diffractometer.presets ad_hoc_diffractometer.radiation ad_hoc_diffractometer.reference ad_hoc_diffractometer.refinement ad_hoc_diffractometer.reflection ad_hoc_diffractometer.rotation ad_hoc_diffractometer.sample ad_hoc_diffractometer.scan ad_hoc_diffractometer.stage ad_hoc_diffractometer.surface

Monochromatic radiation

N

n_chi_eq (ad_hoc_diffractometer.kappa.KappaPseudoAngleConvention attribute) n_kappa (ad_hoc_diffractometer.kappa.KappaPseudoAngleConvention attribute) n_komega (ad_hoc_diffractometer.kappa.KappaPseudoAngleConvention attribute) n_kphi (ad_hoc_diffractometer.kappa.KappaPseudoAngleConvention attribute) name (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer attribute) (ad_hoc_diffractometer.mode.BisectConstraint attribute) (ad_hoc_diffractometer.mode.DetectorConstraint property) (ad_hoc_diffractometer.mode.ReferenceConstraint property) (ad_hoc_diffractometer.mode.SampleConstraint property) (ad_hoc_diffractometer.mode.VirtualBisectConstraint attribute) (ad_hoc_diffractometer.reflection.Reflection attribute) (ad_hoc_diffractometer.sample.Sample attribute) (ad_hoc_diffractometer.stage.Stage attribute)

naz_angle() (in module ad_hoc_diffractometer.reference) NEAREST_ANGLES() (in module ad_hoc_diffractometer.scan) neutron_energy_to_wavelength() (in module ad_hoc_diffractometer.radiation) NEUTRON_MEV_ANGSTROM2 (in module ad_hoc_diffractometer.radiation) NEUTRON_MEV_ANGSTROM2_UNCERTAINTY (in module ad_hoc_diffractometer.radiation) neutron_wavelength_to_energy() (in module ad_hoc_diffractometer.radiation)

O

OPTIONAL (in module ad_hoc_diffractometer.mode)

Orienting reflection orienting_reflections (ad_hoc_diffractometer.reflection.ReflectionList property)

P

pa() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) (in module ad_hoc_diffractometer.diffractometer) parent (ad_hoc_diffractometer.sample.Sample attribute) (ad_hoc_diffractometer.stage.Stage attribute) parse_axis() (in module ad_hoc_diffractometer.axes) Phi frame pop() (ad_hoc_diffractometer.sample.SampleDict method)

precision (ad_hoc_diffractometer.lattice.Lattice attribute) precision_atol() (in module ad_hoc_diffractometer.display) prepare_caching() (ad_hoc_diffractometer.forward.ForwardContext method) psi() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) psi_angle() (in module ad_hoc_diffractometer.reference) psi_trajectory() (in module ad_hoc_diffractometer.scan) psic() (in module ad_hoc_diffractometer.presets)

Q

Q (scattering vector) q_components() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) (in module ad_hoc_diffractometer.surface) q_mag (ad_hoc_diffractometer.mode.EwaldSphereViolation attribute) Q_mag_to_two_theta() (in module ad_hoc_diffractometer.conversions)

q_max (ad_hoc_diffractometer.mode.EwaldSphereViolation attribute) q_phi() (ad_hoc_diffractometer.forward.ForwardContext method) q_phi_uncached() (ad_hoc_diffractometer.forward.ForwardContext method) Q_to_d() (in module ad_hoc_diffractometer.conversions) Q_to_hkl() (in module ad_hoc_diffractometer.conversions) QAZ (in module ad_hoc_diffractometer.mode)

R

R (ad_hoc_diffractometer.drawing.StageAxisFigure attribute) reciprocal_lattice_vectors (ad_hoc_diffractometer.lattice.Lattice property) reciprocal_vectors() (in module ad_hoc_diffractometer.lattice) reference_constraint (ad_hoc_diffractometer.mode.ConstraintSet property) REFERENCE_NAMES (in module ad_hoc_diffractometer.mode) ReferenceConstraint (class in ad_hoc_diffractometer.mode) refine_lattice_bl1967() (in module ad_hoc_diffractometer.refinement) refine_lattice_simplex() (in module ad_hoc_diffractometer.refinement) Reflection (class in ad_hoc_diffractometer.reflection) ReflectionList (class in ad_hoc_diffractometer.reflection)

reflections (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer attribute) (ad_hoc_diffractometer.sample.Sample attribute) register_geometry() (in module ad_hoc_diffractometer.factories) remove() (ad_hoc_diffractometer.reflection.ReflectionList method) remove_sample() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) REQUIRED (in module ad_hoc_diffractometer.mode) residual (ad_hoc_diffractometer.mode.ConstraintViolation attribute) role (ad_hoc_diffractometer.stage.Stage attribute) rotation_matrix() (ad_hoc_diffractometer.stage.Stage method) (in module ad_hoc_diffractometer.rotation)

S

s2d2() (in module ad_hoc_diffractometer.presets) sample (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) Sample (class in ad_hoc_diffractometer.sample) sample_constraints (ad_hoc_diffractometer.mode.ConstraintSet property) sample_rotation_matrix() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) sample_stage (ad_hoc_diffractometer.mode.BisectConstraint property) sample_stages (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer attribute) (ad_hoc_diffractometer.forward.ForwardContext attribute), [1] SampleConstraint (class in ad_hoc_diffractometer.mode) SampleDict (class in ad_hoc_diffractometer.sample) samples (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) Serialization set_angle() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) set_inclination() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) set_precision() (in module ad_hoc_diffractometer.display) setor0() (ad_hoc_diffractometer.reflection.ReflectionList method) setor1() (ad_hoc_diffractometer.reflection.ReflectionList method)

show() (ad_hoc_diffractometer.drawing.GeometryAxisFigure method) (ad_hoc_diffractometer.drawing.StageAxisFigure method) sixc() (in module ad_hoc_diffractometer.presets) solution_index (ad_hoc_diffractometer.mode.ConstraintViolation attribute) solve_kappa_virtual() (in module ad_hoc_diffractometer.kappa) source_type (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) SOURCE_TYPES (in module ad_hoc_diffractometer.radiation) Sphere of confusion Stack Stage stage (ad_hoc_diffractometer.drawing.StageAxisFigure attribute) Stage (class in ad_hoc_diffractometer.stage) stage() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) StageAxisFigure (class in ad_hoc_diffractometer.drawing) stages_by_role() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) summary() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) surface_normal (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) system (ad_hoc_diffractometer.lattice.Lattice property)

T

to_dict() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) (ad_hoc_diffractometer.lattice.Lattice method) (ad_hoc_diffractometer.mode.BisectConstraint method) (ad_hoc_diffractometer.mode.ConstraintSet method) (ad_hoc_diffractometer.mode.DetectorConstraint method) (ad_hoc_diffractometer.mode.ReferenceConstraint method) (ad_hoc_diffractometer.mode.SampleConstraint method) (ad_hoc_diffractometer.mode.VirtualBisectConstraint method) (ad_hoc_diffractometer.reflection.Reflection method) (ad_hoc_diffractometer.reflection.ReflectionList method) (ad_hoc_diffractometer.sample.Sample method) (ad_hoc_diffractometer.stage.Stage method)

tolerance (ad_hoc_diffractometer.mode.ConstraintViolation attribute) trajectory_plan() (in module ad_hoc_diffractometer.scan) Two-theta two_pi_over_lambda (ad_hoc_diffractometer.forward.ForwardContext attribute), [1] two_theta_to_d() (in module ad_hoc_diffractometer.conversions) two_theta_to_Q_mag() (in module ad_hoc_diffractometer.conversions)

U

U (ad_hoc_diffractometer.sample.Sample attribute) U matrix UB (ad_hoc_diffractometer.sample.Sample attribute) UB matrix

ub_from_one_reflection() (in module ad_hoc_diffractometer.orientation) ub_from_three_reflections_bl1967() (in module ad_hoc_diffractometer.orientation) ub_from_two_reflections_bl1967() (in module ad_hoc_diffractometer.orientation) ub_identity() (in module ad_hoc_diffractometer.orientation) update_layout() (ad_hoc_diffractometer.drawing.StageAxisFigure method)

V

valid_stages (ad_hoc_diffractometer.reflection.ReflectionList attribute) value (ad_hoc_diffractometer.mode.DetectorConstraint property) (ad_hoc_diffractometer.mode.ReferenceConstraint property) (ad_hoc_diffractometer.mode.SampleConstraint property)

values() (ad_hoc_diffractometer.mode.ModeDict method) (ad_hoc_diffractometer.reflection.ReflectionList method) (ad_hoc_diffractometer.sample.SampleDict method) Vertical / horizontal scattering plane VirtualBisectConstraint (class in ad_hoc_diffractometer.mode)

W

wavelength (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property) (ad_hoc_diffractometer.mode.EwaldSphereViolation attribute) (ad_hoc_diffractometer.reflection.Reflection attribute) wavelength_to_energy() (in module ad_hoc_diffractometer.radiation) wavelength_to_wavenumber() (in module ad_hoc_diffractometer.radiation) wavenumber (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer property)

wavenumber_to_wavelength() (in module ad_hoc_diffractometer.radiation) wh() (ad_hoc_diffractometer.diffractometer.AdHocDiffractometer method) (in module ad_hoc_diffractometer.diffractometer) write_html() (ad_hoc_diffractometer.drawing.GeometryAxisFigure method) (ad_hoc_diffractometer.drawing.StageAxisFigure method) write_image() (ad_hoc_diffractometer.drawing.GeometryAxisFigure method) (ad_hoc_diffractometer.drawing.StageAxisFigure method)

X

XHAT (in module ad_hoc_diffractometer.constants)

XRAY_LINES (in module ad_hoc_diffractometer.radiation)

Y

y_eff (ad_hoc_diffractometer.forward.ForwardContext attribute), [1]

YHAT (in module ad_hoc_diffractometer.constants)

Z

zaxis() (in module ad_hoc_diffractometer.presets)

ZHAT (in module ad_hoc_diffractometer.constants)

Ψ

ψ (psi) angle