Index

A

a1 (diffcalc.ub.crystal.Crystal attribute), [1] a2 (diffcalc.ub.crystal.Crystal attribute), [1] a3 (diffcalc.ub.crystal.Crystal attribute), [1] a_eq_b (diffcalc.hkl.constraints.Constraints property), [1] add_orientation() (diffcalc.ub.reference.OrientationList method), [1] add_reflection() (diffcalc.ub.reference.ReflectionList method), [1] all (diffcalc.hkl.constraints.Constraints property), [1] allnum() (in module diffcalc.util) alpha (diffcalc.hkl.constraints.Constraints property), [1] alpha1 (diffcalc.ub.crystal.Crystal attribute), [1] alpha2 (diffcalc.ub.crystal.Crystal attribute), [1] alpha3 (diffcalc.ub.crystal.Crystal attribute), [1]

angle_between_vectors() (in module diffcalc.util) angles_equivalent() (in module diffcalc.util) asdict (diffcalc.hkl.constraints.Constraints property), [1] (diffcalc.hkl.geometry.Position property), [1] (diffcalc.ub.crystal.Crystal property), [1] (diffcalc.ub.reference.Orientation property), [1] (diffcalc.ub.reference.OrientationList property), [1] (diffcalc.ub.reference.Reflection property), [1] (diffcalc.ub.reference.ReflectionList property), [1] astuple (diffcalc.hkl.constraints.Constraints property), [1] (diffcalc.hkl.geometry.Position property), [1] (diffcalc.ub.reference.Orientation property), [1] (diffcalc.ub.reference.Reflection property), [1]

B

B (diffcalc.ub.crystal.Crystal attribute), [1] beta (diffcalc.hkl.constraints.Constraints property), [1] betain (diffcalc.hkl.constraints.Constraints property), [1]

betaout (diffcalc.hkl.constraints.Constraints property), [1] bin_eq_bout (diffcalc.hkl.constraints.Constraints property), [1] bisect (diffcalc.hkl.constraints.Constraints property), [1] bound() (in module diffcalc.util)

C

chi (diffcalc.hkl.constraints.Constraints property), [1] (diffcalc.hkl.geometry.Position attribute), [1] (diffcalc.hkl.geometry.Position property), [1]

clear() (diffcalc.hkl.constraints.Constraints method), [1] Constraints (class in diffcalc.hkl.constraints), [1] cross3() (in module diffcalc.util) Crystal (class in diffcalc.ub.crystal), [1]

D

delta (diffcalc.hkl.constraints.Constraints property), [1] (diffcalc.hkl.geometry.Position attribute), [1] (diffcalc.hkl.geometry.Position property), [1] diffcalc module diffcalc.hkl module diffcalc.hkl.calc_detector module diffcalc.hkl.calc_func module diffcalc.hkl.calc_reference module diffcalc.hkl.calc_sample module

diffcalc.hkl.constraints module, [1] diffcalc.hkl.geometry module, [1] diffcalc.ub module diffcalc.ub.crystal module, [1] diffcalc.ub.fitting module, [1] diffcalc.ub.reference module, [1] diffcalc.util module DiffcalcException dot3() (in module diffcalc.util)

E

edit_orientation() (diffcalc.ub.reference.OrientationList method), [1] edit_reflection() (diffcalc.ub.reference.ReflectionList method), [1] energy (diffcalc.ub.reference.Reflection attribute), [1], [2], [3]

eta (diffcalc.hkl.constraints.Constraints property), [1] (diffcalc.hkl.geometry.Position attribute), [1] (diffcalc.hkl.geometry.Position property), [1]

F

fields (diffcalc.hkl.geometry.Position attribute), [1], [2], [3] fit_crystal() (in module diffcalc.ub.fitting), [1] fit_u_matrix() (in module diffcalc.ub.fitting), [1]

fromdict() (diffcalc.ub.reference.Orientation class method), [1] (diffcalc.ub.reference.OrientationList class method), [1] (diffcalc.ub.reference.Reflection class method), [1] (diffcalc.ub.reference.ReflectionList class method), [1]

G

get_hkl_plane_angle() (diffcalc.ub.crystal.Crystal method), [1] get_hkl_plane_distance() (diffcalc.ub.crystal.Crystal method), [1] get_lattice() (diffcalc.ub.crystal.Crystal method), [1] get_lattice_params() (diffcalc.ub.crystal.Crystal method), [1] get_orientation() (diffcalc.ub.reference.OrientationList method), [1]

get_q_phi() (in module diffcalc.hkl.geometry), [1] get_reflection() (diffcalc.ub.reference.ReflectionList method), [1] get_rotation_matrices() (in module diffcalc.hkl.geometry), [1] get_tag_index() (diffcalc.ub.reference.OrientationList method), [1] (diffcalc.ub.reference.ReflectionList method), [1]

H

h (diffcalc.ub.reference.Orientation attribute), [1], [2], [3] (diffcalc.ub.reference.Reflection attribute), [1], [2], [3]

I

is_current_mode_implemented() (diffcalc.hkl.constraints.Constraints method), [1] is_fully_constrained() (diffcalc.hkl.constraints.Constraints method), [1]

is_small() (in module diffcalc.util) isnum() (in module diffcalc.util)

K

k (diffcalc.ub.reference.Orientation attribute), [1], [2], [3] (diffcalc.ub.reference.Reflection attribute), [1], [2], [3]

L

l (diffcalc.ub.reference.Orientation attribute), [1], [2], [3] (diffcalc.ub.reference.Reflection attribute), [1], [2], [3]

M

module diffcalc diffcalc.hkl diffcalc.hkl.calc_detector diffcalc.hkl.calc_func diffcalc.hkl.calc_reference diffcalc.hkl.calc_sample diffcalc.hkl.constraints, [1] diffcalc.hkl.geometry, [1] diffcalc.ub diffcalc.ub.crystal, [1] diffcalc.ub.fitting, [1] diffcalc.ub.reference, [1] diffcalc.util

mu (diffcalc.hkl.constraints.Constraints property), [1] (diffcalc.hkl.geometry.Position attribute), [1] (diffcalc.hkl.geometry.Position property), [1]

N

name (diffcalc.ub.crystal.Crystal attribute), [1] naz (diffcalc.hkl.constraints.Constraints property), [1] normalised() (in module diffcalc.util)

nu (diffcalc.hkl.constraints.Constraints property), [1] (diffcalc.hkl.geometry.Position attribute), [1] (diffcalc.hkl.geometry.Position property), [1]

O

omega (diffcalc.hkl.constraints.Constraints property), [1]

Orientation (class in diffcalc.ub.reference), [1] OrientationList (class in diffcalc.ub.reference), [1]

P

phi (diffcalc.hkl.constraints.Constraints property), [1] (diffcalc.hkl.geometry.Position attribute), [1] (diffcalc.hkl.geometry.Position property), [1]

pos (diffcalc.ub.reference.Orientation attribute), [1], [2], [3] (diffcalc.ub.reference.Reflection attribute), [1], [2], [3] Position (class in diffcalc.hkl.geometry), [1] psi (diffcalc.hkl.constraints.Constraints property), [1]

Q

qaz (diffcalc.hkl.constraints.Constraints property), [1]

R

Reflection (class in diffcalc.ub.reference), [1] ReflectionList (class in diffcalc.ub.reference), [1] reflections (diffcalc.ub.reference.OrientationList attribute), [1] (diffcalc.ub.reference.ReflectionList attribute), [1] remove_orientation() (diffcalc.ub.reference.OrientationList method), [1] remove_reflection() (diffcalc.ub.reference.ReflectionList method), [1]

rot_CHI() (in module diffcalc.hkl.geometry), [1] rot_DELTA() (in module diffcalc.hkl.geometry), [1] rot_ETA() (in module diffcalc.hkl.geometry), [1] rot_MU() (in module diffcalc.hkl.geometry), [1] rot_NU() (in module diffcalc.hkl.geometry), [1] rot_PHI() (in module diffcalc.hkl.geometry), [1]

S

sign() (in module diffcalc.util) solve_h_fixed_q() (in module diffcalc.util) solve_k_fixed_q() (in module diffcalc.util)

solve_l_fixed_q() (in module diffcalc.util) swap_orientations() (diffcalc.ub.reference.OrientationList method), [1] swap_reflections() (diffcalc.ub.reference.ReflectionList method), [1] system (diffcalc.ub.crystal.Crystal attribute), [1]

T

tag (diffcalc.ub.reference.Orientation attribute), [1], [2], [3] (diffcalc.ub.reference.Reflection attribute), [1], [2], [3]

X

x (diffcalc.ub.reference.Orientation attribute), [1], [2], [3]

x_rotation() (in module diffcalc.util) xyz_rotation() (in module diffcalc.util)

Y

y (diffcalc.ub.reference.Orientation attribute), [1], [2], [3]

y_rotation() (in module diffcalc.util)

Z

z (diffcalc.ub.reference.Orientation attribute), [1], [2], [3]

z_rotation() (in module diffcalc.util) zero_round() (in module diffcalc.util)