Index

_

_abc_impl (vector._typeutils.Protocol attribute) (vector.backends.awkward.AwkwardProtocol attribute) (vector.backends.awkward.MomentumArray2D attribute) (vector.backends.awkward.MomentumArray3D attribute) (vector.backends.awkward.MomentumArray4D attribute) (vector.backends.awkward.VectorArray2D attribute) (vector.backends.awkward.VectorArray3D attribute) (vector.backends.awkward.VectorArray4D attribute) _array_from_columns() (in module vector.backends.numpy) _array_repr() (in module vector.backends.numpy) _arraytype_of() (in module vector.backends.awkward) _asdict() (vector.backends.object.TupleEta method) (vector.backends.object.TupleRhoPhi method) (vector.backends.object.TupleT method) (vector.backends.object.TupleTau method) (vector.backends.object.TupleTheta method) (vector.backends.object.TupleXY method) (vector.backends.object.TupleZ method) _awkward_numba_E() (in module vector.backends._numba_object) _awkward_numba_e() (in module vector.backends._numba_object) _awkward_numba_energy() (in module vector.backends._numba_object) _awkward_numba_eta() (in module vector.backends._numba_object) _awkward_numba_M() (in module vector.backends._numba_object) _awkward_numba_m() (in module vector.backends._numba_object) _awkward_numba_mass() (in module vector.backends._numba_object) _awkward_numba_ptphi() (in module vector.backends._numba_object) _awkward_numba_pxpy() (in module vector.backends._numba_object) _awkward_numba_pxy() (in module vector.backends._numba_object) _awkward_numba_pz() (in module vector.backends._numba_object) _awkward_numba_rhophi() (in module vector.backends._numba_object) _awkward_numba_t() (in module vector.backends._numba_object) _awkward_numba_tau() (in module vector.backends._numba_object) _awkward_numba_theta() (in module vector.backends._numba_object) _awkward_numba_xpy() (in module vector.backends._numba_object) _awkward_numba_xy() (in module vector.backends._numba_object) _awkward_numba_z() (in module vector.backends._numba_object) _azimuthal_type (vector.backends.numpy.VectorNumpy2D attribute) (vector.backends.numpy.VectorNumpy3D attribute) (vector.backends.numpy.VectorNumpy4D attribute) _aztype() (in module vector._methods) _aztype_of() (in module vector.backends.awkward) _check_instance() (in module vector._methods) _check_names() (in module vector.backends.awkward_constructors) _class_to_name() (in module vector.backends.awkward) _compute_module_of() (in module vector._methods) _field_defaults (vector.backends.object.TupleEta attribute) (vector.backends.object.TupleRhoPhi attribute) (vector.backends.object.TupleT attribute) (vector.backends.object.TupleTau attribute) (vector.backends.object.TupleTheta attribute) (vector.backends.object.TupleXY attribute) (vector.backends.object.TupleZ attribute) _fields (vector.backends.object.TupleEta attribute) (vector.backends.object.TupleRhoPhi attribute) (vector.backends.object.TupleT attribute) (vector.backends.object.TupleTau attribute) (vector.backends.object.TupleTheta attribute) (vector.backends.object.TupleXY attribute) (vector.backends.object.TupleZ attribute) _flavor_of() (in module vector._methods) _from_signature() (in module vector._methods) _gather_coordinates() (in module vector.backends.object) _get_handler_index() (in module vector._methods) _getitem() (in module vector.backends.numpy) _handler_of() (in module vector._methods) _has() (in module vector.backends.numpy) _IS_MOMENTUM (vector.backends.numpy.AzimuthalNumpyRhoPhi attribute) (vector.backends.numpy.AzimuthalNumpyXY attribute) (vector.backends.numpy.GetItem attribute) (vector.backends.numpy.LongitudinalNumpyEta attribute) (vector.backends.numpy.LongitudinalNumpyTheta attribute) (vector.backends.numpy.LongitudinalNumpyZ attribute) (vector.backends.numpy.MomentumNumpy2D attribute) (vector.backends.numpy.MomentumNumpy3D attribute) (vector.backends.numpy.MomentumNumpy4D attribute) (vector.backends.numpy.TemporalNumpyT attribute) (vector.backends.numpy.TemporalNumpyTau attribute) (vector.backends.numpy.VectorNumpy2D attribute) (vector.backends.numpy.VectorNumpy3D attribute) (vector.backends.numpy.VectorNumpy4D attribute)

_is_protocol (vector._typeutils.Protocol attribute) (vector.backends.awkward.AwkwardProtocol attribute) _is_runtime_protocol (vector._typeutils.Protocol attribute) _is_type_safe() (in module vector.backends.awkward_constructors) (in module vector.backends.numpy) (in module vector.backends.object) _lib_of() (in module vector._methods) _longitudinal_type (vector.backends.numpy.VectorNumpy3D attribute) (vector.backends.numpy.VectorNumpy4D attribute) _lookup_field() (in module vector.backends.awkward) _ltype() (in module vector._methods) _ltype_of() (in module vector.backends.awkward) _make() (vector.backends.object.TupleEta class method) (vector.backends.object.TupleRhoPhi class method) (vector.backends.object.TupleT class method) (vector.backends.object.TupleTau class method) (vector.backends.object.TupleTheta class method) (vector.backends.object.TupleXY class method) (vector.backends.object.TupleZ class method) _maybe_same_dimension_error() (in module vector._methods) _no_record() (in module vector.backends.awkward) _numba_lower() (in module vector.backends.awkward) _numba_typer_Momentum2D() (in module vector.backends.awkward) _numba_typer_Momentum3D() (in module vector.backends.awkward) _numba_typer_Momentum4D() (in module vector.backends.awkward) _numba_typer_Vector2D() (in module vector.backends.awkward) _numba_typer_Vector3D() (in module vector.backends.awkward) _numba_typer_Vector4D() (in module vector.backends.awkward) _recname() (in module vector.backends.awkward_constructors) _reduce_count() (in module vector.backends.awkward) _reduce_count_nonzero() (in module vector.backends.awkward) (in module vector.backends.numpy) _reduce_sum() (in module vector.backends.awkward) (in module vector.backends.numpy) _replace() (vector.backends.object.TupleEta method) (vector.backends.object.TupleRhoPhi method) (vector.backends.object.TupleT method) (vector.backends.object.TupleTau method) (vector.backends.object.TupleTheta method) (vector.backends.object.TupleXY method) (vector.backends.object.TupleZ method) _replace_data() (in module vector.backends.object) _setitem() (in module vector.backends.numpy) _shape_of() (in module vector.backends.numpy) _temporal_type (vector.backends.numpy.VectorNumpy4D attribute) _toarrays() (in module vector.backends.numpy) _ttype() (in module vector._methods) _ttype_of() (in module vector.backends.awkward) _wrap_result() (vector._methods.VectorProtocol method) (vector.backends.awkward.VectorAwkward method) (vector.backends.numpy.VectorNumpy2D method) (vector.backends.numpy.VectorNumpy3D method) (vector.backends.numpy.VectorNumpy4D method) (vector.backends.object.VectorObject2D method) (vector.backends.object.VectorObject3D method) (vector.backends.object.VectorObject4D method) _yes_record() (in module vector.backends.awkward)

A

add() (vector._methods.Lorentz method) (vector._methods.Planar method) (vector._methods.Spatial method) (vector._methods.VectorProtocol method) add_binary_method() (in module vector.backends._numba_object) add_boostXYZ() (in module vector.backends._numba_object) add_coordinate_change() (in module vector.backends._numba_object) add_isclose_method() (in module vector.backends._numba_object) add_lorentz_property() (in module vector.backends._numba_object) add_planar_property() (in module vector.backends._numba_object) add_rotateZ() (in module vector.backends._numba_object) add_spatial_property() (in module vector.backends._numba_object) add_tolerance_method() (in module vector.backends._numba_object) add_transform2D() (in module vector.backends._numba_object) allclose() (vector.backends.awkward.MomentumArray2D method) (vector.backends.awkward.MomentumArray3D method) (vector.backends.awkward.MomentumArray4D method) (vector.backends.awkward.VectorArray2D method) (vector.backends.awkward.VectorArray3D method) (vector.backends.awkward.VectorArray4D method) (vector.backends.numpy.VectorNumpy method) Array() (in module vector.backends.awkward_constructors) array() (in module vector.backends.numpy) AwkwardProtocol (class in vector.backends.awkward) Azimuthal (class in vector._methods) azimuthal (vector._methods.VectorProtocolPlanar property) (vector.backends.awkward.MomentumAwkward2D property) (vector.backends.awkward.MomentumAwkward3D property) (vector.backends.awkward.MomentumAwkward4D property) (vector.backends.awkward.VectorAwkward2D property) (vector.backends.awkward.VectorAwkward3D property) (vector.backends.awkward.VectorAwkward4D property) (vector.backends.numpy.VectorNumpy2D property) (vector.backends.numpy.VectorNumpy3D property) (vector.backends.numpy.VectorNumpy4D property) (vector.backends.object.MomentumObject2D attribute) (vector.backends.object.MomentumObject3D attribute) (vector.backends.object.MomentumObject4D attribute) (vector.backends.object.VectorObject2D attribute) (vector.backends.object.VectorObject3D attribute) (vector.backends.object.VectorObject4D attribute)

AzimuthalAwkward (class in vector.backends.awkward) AzimuthalAwkwardRhoPhi (class in vector.backends.awkward) AzimuthalAwkwardXY (class in vector.backends.awkward) AzimuthalNumpy (class in vector.backends.numpy) AzimuthalNumpyRhoPhi (class in vector.backends.numpy) AzimuthalNumpyXY (class in vector.backends.numpy) AzimuthalObject (class in vector.backends.object) AzimuthalObjectRhoPhi (class in vector.backends.object) AzimuthalObjectXY (class in vector.backends.object) AzimuthalRhoPhi (class in vector._methods) azimuthalrhophi_coord1() (in module vector.backends._numba_object) azimuthalrhophi_coord2() (in module vector.backends._numba_object) AzimuthalXY (class in vector._methods) azimuthalxy_coord1() (in module vector.backends._numba_object) azimuthalxy_coord2() (in module vector.backends._numba_object)

B

beta (vector._methods.Lorentz property) (vector._methods.VectorProtocolLorentz property) BoolCollection (in module vector._typeutils) boost() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) boost_beta3() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) boost_p4() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) boostCM_of() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method)

boostCM_of_beta3() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) boostCM_of_p4() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) boostX() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) boostY() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) boostZ() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method)

C

cartesian() (in module vector._compute.planar.transform2D) (in module vector._compute.spatial.rotate_axis) (in module vector._compute.spatial.rotate_quaternion) (in module vector._compute.spatial.transform3D) cartesian_t() (in module vector._compute.lorentz.boost_beta3) (in module vector._compute.lorentz.boost_p4) (in module vector._compute.lorentz.transform4D) cartesian_t_rhophi_eta() (in module vector._compute.lorentz.boost_beta3) cartesian_t_rhophi_eta_t() (in module vector._compute.lorentz.boost_p4) cartesian_t_rhophi_eta_tau() (in module vector._compute.lorentz.boost_p4) cartesian_t_rhophi_theta() (in module vector._compute.lorentz.boost_beta3) cartesian_t_rhophi_theta_t() (in module vector._compute.lorentz.boost_p4) cartesian_t_rhophi_theta_tau() (in module vector._compute.lorentz.boost_p4) cartesian_t_rhophi_z() (in module vector._compute.lorentz.boost_beta3) cartesian_t_rhophi_z_t() (in module vector._compute.lorentz.boost_p4) cartesian_t_rhophi_z_tau() (in module vector._compute.lorentz.boost_p4) cartesian_t_xy_eta() (in module vector._compute.lorentz.boost_beta3) cartesian_t_xy_eta_t() (in module vector._compute.lorentz.boost_p4) cartesian_t_xy_eta_tau() (in module vector._compute.lorentz.boost_p4) cartesian_t_xy_theta() (in module vector._compute.lorentz.boost_beta3) cartesian_t_xy_theta_t() (in module vector._compute.lorentz.boost_p4) cartesian_t_xy_theta_tau() (in module vector._compute.lorentz.boost_p4) cartesian_t_xy_z() (in module vector._compute.lorentz.boost_beta3) cartesian_t_xy_z_t() (in module vector._compute.lorentz.boost_p4) cartesian_t_xy_z_tau() (in module vector._compute.lorentz.boost_p4) cartesian_tau() (in module vector._compute.lorentz.boost_beta3) (in module vector._compute.lorentz.boost_p4) (in module vector._compute.lorentz.transform4D) cartesian_tau_rhophi_eta() (in module vector._compute.lorentz.boost_beta3) cartesian_tau_rhophi_eta_t() (in module vector._compute.lorentz.boost_p4) cartesian_tau_rhophi_eta_tau() (in module vector._compute.lorentz.boost_p4) cartesian_tau_rhophi_theta() (in module vector._compute.lorentz.boost_beta3) cartesian_tau_rhophi_theta_t() (in module vector._compute.lorentz.boost_p4) cartesian_tau_rhophi_theta_tau() (in module vector._compute.lorentz.boost_p4)

cartesian_tau_rhophi_z() (in module vector._compute.lorentz.boost_beta3) cartesian_tau_rhophi_z_t() (in module vector._compute.lorentz.boost_p4) cartesian_tau_rhophi_z_tau() (in module vector._compute.lorentz.boost_p4) cartesian_tau_xy_eta() (in module vector._compute.lorentz.boost_beta3) cartesian_tau_xy_eta_t() (in module vector._compute.lorentz.boost_p4) cartesian_tau_xy_eta_tau() (in module vector._compute.lorentz.boost_p4) cartesian_tau_xy_theta() (in module vector._compute.lorentz.boost_beta3) cartesian_tau_xy_theta_t() (in module vector._compute.lorentz.boost_p4) cartesian_tau_xy_theta_tau() (in module vector._compute.lorentz.boost_p4) cartesian_tau_xy_z() (in module vector._compute.lorentz.boost_beta3) cartesian_tau_xy_z_t() (in module vector._compute.lorentz.boost_p4) cartesian_tau_xy_z_tau() (in module vector._compute.lorentz.boost_p4) cartesian_xyx() (in module vector._compute.spatial.rotate_euler) cartesian_xyz() (in module vector._compute.spatial.rotate_euler) cartesian_xzx() (in module vector._compute.spatial.rotate_euler) cartesian_xzy() (in module vector._compute.spatial.rotate_euler) cartesian_yxy() (in module vector._compute.spatial.rotate_euler) cartesian_yxz() (in module vector._compute.spatial.rotate_euler) cartesian_yzx() (in module vector._compute.spatial.rotate_euler) cartesian_yzy() (in module vector._compute.spatial.rotate_euler) cartesian_zxy() (in module vector._compute.spatial.rotate_euler) cartesian_zxz() (in module vector._compute.spatial.rotate_euler) cartesian_zyx() (in module vector._compute.spatial.rotate_euler) cartesian_zyz() (in module vector._compute.spatial.rotate_euler) Coordinates (class in vector._methods) CoordinatesAwkward (class in vector.backends.awkward) CoordinatesNumpy (class in vector.backends.numpy) CoordinatesObject (class in vector.backends.object) costheta (vector._methods.Spatial property) (vector._methods.VectorProtocolSpatial property) cottheta (vector._methods.Spatial property) (vector._methods.VectorProtocolSpatial property) cross() (vector._methods.Spatial method) (vector._methods.VectorProtocolSpatial method)

D

deltaangle() (vector._methods.Spatial method) (vector._methods.VectorProtocolSpatial method) deltaeta() (vector._methods.Spatial method) (vector._methods.VectorProtocolSpatial method) deltaphi() (vector._methods.Planar method) (vector._methods.VectorProtocolPlanar method) deltaR() (vector._methods.Spatial method) (vector._methods.VectorProtocolSpatial method) deltaR2() (vector._methods.Spatial method) (vector._methods.VectorProtocolSpatial method) deltaRapidityPhi() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) deltaRapidityPhi2() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) dim() (in module vector._methods) dimension_of() (in module vector.backends._numba_object) dispatch() (in module vector._compute.lorentz.add) (in module vector._compute.lorentz.beta) (in module vector._compute.lorentz.boost_beta3) (in module vector._compute.lorentz.boost_p4) (in module vector._compute.lorentz.boostX_beta) (in module vector._compute.lorentz.boostX_gamma) (in module vector._compute.lorentz.boostY_beta) (in module vector._compute.lorentz.boostY_gamma) (in module vector._compute.lorentz.boostZ_beta) (in module vector._compute.lorentz.boostZ_gamma) (in module vector._compute.lorentz.deltaRapidityPhi) (in module vector._compute.lorentz.deltaRapidityPhi2) (in module vector._compute.lorentz.dot) (in module vector._compute.lorentz.equal) (in module vector._compute.lorentz.Et) (in module vector._compute.lorentz.Et2) (in module vector._compute.lorentz.gamma) (in module vector._compute.lorentz.is_lightlike) (in module vector._compute.lorentz.is_spacelike) (in module vector._compute.lorentz.is_timelike) (in module vector._compute.lorentz.isclose) (in module vector._compute.lorentz.Mt) (in module vector._compute.lorentz.Mt2) (in module vector._compute.lorentz.not_equal) (in module vector._compute.lorentz.rapidity) (in module vector._compute.lorentz.scale) (in module vector._compute.lorentz.subtract) (in module vector._compute.lorentz.t) (in module vector._compute.lorentz.t2) (in module vector._compute.lorentz.tau) (in module vector._compute.lorentz.tau2) (in module vector._compute.lorentz.to_beta3) (in module vector._compute.lorentz.transform4D) (in module vector._compute.lorentz.unit) (in module vector._compute.planar.add) (in module vector._compute.planar.deltaphi) (in module vector._compute.planar.dot) (in module vector._compute.planar.equal) (in module vector._compute.planar.is_antiparallel) (in module vector._compute.planar.is_parallel) (in module vector._compute.planar.is_perpendicular) (in module vector._compute.planar.isclose) (in module vector._compute.planar.not_equal) (in module vector._compute.planar.phi) (in module vector._compute.planar.rho) (in module vector._compute.planar.rho2) (in module vector._compute.planar.rotateZ) (in module vector._compute.planar.scale) (in module vector._compute.planar.subtract) (in module vector._compute.planar.transform2D) (in module vector._compute.planar.unit) (in module vector._compute.planar.x) (in module vector._compute.planar.y) (in module vector._compute.spatial.add) (in module vector._compute.spatial.costheta) (in module vector._compute.spatial.cottheta) (in module vector._compute.spatial.cross) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.eta) (in module vector._compute.spatial.is_antiparallel) (in module vector._compute.spatial.is_parallel) (in module vector._compute.spatial.is_perpendicular) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.mag) (in module vector._compute.spatial.mag2) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.rotate_axis) (in module vector._compute.spatial.rotate_euler) (in module vector._compute.spatial.rotate_quaternion) (in module vector._compute.spatial.rotateX) (in module vector._compute.spatial.rotateY) (in module vector._compute.spatial.scale) (in module vector._compute.spatial.subtract) (in module vector._compute.spatial.theta) (in module vector._compute.spatial.transform3D) (in module vector._compute.spatial.unit) (in module vector._compute.spatial.z)

dot() (vector._methods.Lorentz method) (vector._methods.Planar method) (vector._methods.Spatial method) (vector._methods.VectorProtocol method) dtype (vector.backends.numpy.CoordinatesNumpy attribute) (vector.backends.numpy.VectorNumpy attribute)

E

E (vector._methods.LorentzMomentum property) e (vector._methods.LorentzMomentum property) E (vector._methods.MomentumProtocolLorentz property) e (vector._methods.MomentumProtocolLorentz property) E (vector.backends.object.MomentumObject4D property) e (vector.backends.object.MomentumObject4D property) E2 (vector._methods.LorentzMomentum property) e2 (vector._methods.LorentzMomentum property) E2 (vector._methods.MomentumProtocolLorentz property) e2 (vector._methods.MomentumProtocolLorentz property) elements (vector._methods.Azimuthal property) (vector._methods.Longitudinal property) (vector._methods.Temporal property) (vector.backends.awkward.AzimuthalAwkwardRhoPhi property) (vector.backends.awkward.AzimuthalAwkwardXY property) (vector.backends.awkward.LongitudinalAwkwardEta property) (vector.backends.awkward.LongitudinalAwkwardTheta property) (vector.backends.awkward.LongitudinalAwkwardZ property) (vector.backends.awkward.TemporalAwkwardT property) (vector.backends.awkward.TemporalAwkwardTau property) (vector.backends.numpy.AzimuthalNumpyRhoPhi property) (vector.backends.numpy.AzimuthalNumpyXY property) (vector.backends.numpy.LongitudinalNumpyEta property) (vector.backends.numpy.LongitudinalNumpyTheta property) (vector.backends.numpy.LongitudinalNumpyZ property) (vector.backends.numpy.TemporalNumpyT property) (vector.backends.numpy.TemporalNumpyTau property) (vector.backends.object.AzimuthalObjectRhoPhi property) (vector.backends.object.AzimuthalObjectXY property) (vector.backends.object.LongitudinalObjectEta property) (vector.backends.object.LongitudinalObjectTheta property) (vector.backends.object.LongitudinalObjectZ property) (vector.backends.object.TemporalObjectT property) (vector.backends.object.TemporalObjectTau property)

energy (vector._methods.LorentzMomentum property) (vector._methods.MomentumProtocolLorentz property) (vector.backends.object.MomentumObject4D property) energy2 (vector._methods.LorentzMomentum property) (vector._methods.MomentumProtocolLorentz property) equal() (vector._methods.Lorentz method) (vector._methods.Planar method) (vector._methods.Spatial method) (vector._methods.VectorProtocol method) Et (vector._methods.LorentzMomentum property) et (vector._methods.LorentzMomentum property) Et (vector._methods.MomentumProtocolLorentz property) et (vector._methods.MomentumProtocolLorentz property) Et2 (vector._methods.LorentzMomentum property) et2 (vector._methods.LorentzMomentum property) Et2 (vector._methods.MomentumProtocolLorentz property) et2 (vector._methods.MomentumProtocolLorentz property) eta (vector._methods.LongitudinalEta attribute), [1] (vector._methods.Spatial property) (vector._methods.VectorProtocolSpatial property) (vector.backends.awkward.LongitudinalAwkwardEta attribute) (vector.backends.numpy.LongitudinalNumpyEta property) (vector.backends.object.TupleEta attribute) (vector.backends.object.VectorObject3D property) (vector.backends.object.VectorObject4D property)

F

flavor_of() (in module vector.backends._numba_object) FloatArray (in module vector._typeutils) from_fields() (vector.backends.awkward.AzimuthalAwkward class method) (vector.backends.awkward.LongitudinalAwkward class method) (vector.backends.awkward.TemporalAwkward class method) from_momentum_fields() (vector.backends.awkward.AzimuthalAwkward class method) (vector.backends.awkward.LongitudinalAwkward class method) (vector.backends.awkward.TemporalAwkward class method) from_rhophi() (vector.backends.object.VectorObject2D class method) from_rhophieta() (vector.backends.object.VectorObject3D class method) from_rhophietat() (vector.backends.object.VectorObject4D class method) from_rhophietatau() (vector.backends.object.VectorObject4D class method) from_rhophitheta() (vector.backends.object.VectorObject3D class method) from_rhophithetat() (vector.backends.object.VectorObject4D class method)

from_rhophithetatau() (vector.backends.object.VectorObject4D class method) from_rhophiz() (vector.backends.object.VectorObject3D class method) from_rhophizt() (vector.backends.object.VectorObject4D class method) from_rhophiztau() (vector.backends.object.VectorObject4D class method) from_xy() (vector.backends.object.VectorObject2D class method) from_xyeta() (vector.backends.object.VectorObject3D class method) from_xyetat() (vector.backends.object.VectorObject4D class method) from_xyetatau() (vector.backends.object.VectorObject4D class method) from_xytheta() (vector.backends.object.VectorObject3D class method) from_xythetat() (vector.backends.object.VectorObject4D class method) from_xythetatau() (vector.backends.object.VectorObject4D class method) from_xyz() (vector.backends.object.VectorObject3D class method) from_xyzt() (vector.backends.object.VectorObject4D class method) from_xyztau() (vector.backends.object.VectorObject4D class method)

G

gamma (vector._methods.Lorentz property) (vector._methods.VectorProtocolLorentz property) GenericClass (vector._methods.VectorProtocol attribute), [1] (vector.backends.awkward.MomentumArray2D attribute) (vector.backends.awkward.MomentumArray3D attribute) (vector.backends.awkward.MomentumArray4D attribute) (vector.backends.awkward.MomentumRecord2D attribute) (vector.backends.awkward.MomentumRecord3D attribute) (vector.backends.awkward.MomentumRecord4D attribute) (vector.backends.awkward.VectorArray2D attribute) (vector.backends.awkward.VectorArray3D attribute) (vector.backends.awkward.VectorArray4D attribute) (vector.backends.awkward.VectorRecord2D attribute) (vector.backends.awkward.VectorRecord3D attribute) (vector.backends.awkward.VectorRecord4D attribute) (vector.backends.numpy.MomentumNumpy2D attribute) (vector.backends.numpy.MomentumNumpy3D attribute) (vector.backends.numpy.MomentumNumpy4D attribute) (vector.backends.numpy.VectorNumpy2D attribute) (vector.backends.numpy.VectorNumpy3D attribute) (vector.backends.numpy.VectorNumpy4D attribute) (vector.backends.object.MomentumObject2D attribute) (vector.backends.object.MomentumObject3D attribute) (vector.backends.object.MomentumObject4D attribute) (vector.backends.object.VectorObject2D attribute) (vector.backends.object.VectorObject3D attribute) (vector.backends.object.VectorObject4D attribute)

GetItem (class in vector.backends.numpy)

I

impl() (in module vector.backends.awkward) instance_class (vector.backends._numba_object.MomentumObject2DType attribute) (vector.backends._numba_object.MomentumObject3DType attribute) (vector.backends._numba_object.MomentumObject4DType attribute) (vector.backends._numba_object.VectorObject2DType attribute) (vector.backends._numba_object.VectorObject3DType attribute) (vector.backends._numba_object.VectorObject4DType attribute) is_antiparallel() (vector._methods.Planar method) (vector._methods.Spatial method) (vector._methods.VectorProtocolPlanar method) (vector._methods.VectorProtocolSpatial method) is_azimuthaltype() (in module vector.backends._numba_object) is_lightlike() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) is_longitudinaltype() (in module vector.backends._numba_object) is_parallel() (vector._methods.Planar method) (vector._methods.Spatial method) (vector._methods.VectorProtocolPlanar method) (vector._methods.VectorProtocolSpatial method)

is_perpendicular() (vector._methods.Planar method) (vector._methods.Spatial method) (vector._methods.VectorProtocolPlanar method) (vector._methods.VectorProtocolSpatial method) is_spacelike() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) is_temporaltype() (in module vector.backends._numba_object) is_timelike() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) isclose() (vector._methods.Lorentz method) (vector._methods.Planar method) (vector._methods.Spatial method) (vector._methods.VectorProtocol method)

L

lib (vector._methods.VectorProtocol attribute) (vector._methods.VectorProtocol property) (vector.backends.awkward.CoordinatesAwkward attribute) (vector.backends.awkward.VectorAwkward attribute) (vector.backends.numpy.CoordinatesNumpy attribute) (vector.backends.numpy.VectorNumpy attribute) (vector.backends.object.VectorObject attribute) like() (vector._methods.Vector method) (vector._methods.VectorProtocol method) Longitudinal (class in vector._methods) longitudinal (vector._methods.VectorProtocolSpatial property) (vector.backends.awkward.MomentumAwkward3D property) (vector.backends.awkward.MomentumAwkward4D property) (vector.backends.awkward.VectorAwkward3D property) (vector.backends.awkward.VectorAwkward4D property) (vector.backends.numpy.VectorNumpy3D property) (vector.backends.numpy.VectorNumpy4D property) (vector.backends.object.MomentumObject3D attribute) (vector.backends.object.MomentumObject4D attribute) (vector.backends.object.VectorObject3D attribute) (vector.backends.object.VectorObject4D attribute)

LongitudinalAwkward (class in vector.backends.awkward) LongitudinalAwkwardEta (class in vector.backends.awkward) LongitudinalAwkwardTheta (class in vector.backends.awkward) LongitudinalAwkwardZ (class in vector.backends.awkward) LongitudinalEta (class in vector._methods) longitudinaleta_coord1() (in module vector.backends._numba_object) LongitudinalNumpy (class in vector.backends.numpy) LongitudinalNumpyEta (class in vector.backends.numpy) LongitudinalNumpyTheta (class in vector.backends.numpy) LongitudinalNumpyZ (class in vector.backends.numpy) LongitudinalObject (class in vector.backends.object) LongitudinalObjectEta (class in vector.backends.object) LongitudinalObjectTheta (class in vector.backends.object) LongitudinalObjectZ (class in vector.backends.object) LongitudinalTheta (class in vector._methods) longitudinaltheta_coord1() (in module vector.backends._numba_object) LongitudinalZ (class in vector._methods) longitudinalz_coord1() (in module vector.backends._numba_object) Lorentz (class in vector._methods) LorentzMomentum (class in vector._methods)

M

M (vector._methods.LorentzMomentum property) m (vector._methods.LorentzMomentum property) M (vector._methods.MomentumProtocolLorentz property) m (vector._methods.MomentumProtocolLorentz property) M (vector.backends.object.MomentumObject4D property) m (vector.backends.object.MomentumObject4D property) M2 (vector._methods.LorentzMomentum property) m2 (vector._methods.LorentzMomentum property) M2 (vector._methods.MomentumProtocolLorentz property) m2 (vector._methods.MomentumProtocolLorentz property) mag (vector._methods.Spatial property) (vector._methods.VectorProtocolSpatial property) mag2 (vector._methods.Spatial property) (vector._methods.VectorProtocolSpatial property) make_AzimuthalObjectRhoPhi() (in module vector.backends._numba_object) make_AzimuthalObjectXY() (in module vector.backends._numba_object) make_conversion() (in module vector._compute.lorentz.add) (in module vector._compute.lorentz.boost_beta3) (in module vector._compute.lorentz.boost_p4) (in module vector._compute.lorentz.deltaRapidityPhi) (in module vector._compute.lorentz.deltaRapidityPhi2) (in module vector._compute.lorentz.dot) (in module vector._compute.lorentz.equal) (in module vector._compute.lorentz.isclose) (in module vector._compute.lorentz.not_equal) (in module vector._compute.lorentz.subtract) (in module vector._compute.lorentz.transform4D) (in module vector._compute.spatial.cross) (in module vector._compute.spatial.rotate_axis) (in module vector._compute.spatial.rotate_euler) (in module vector._compute.spatial.rotate_quaternion) make_function() (in module vector._compute.lorentz.is_lightlike) (in module vector._compute.lorentz.is_spacelike) (in module vector._compute.lorentz.is_timelike) (in module vector._compute.planar.is_antiparallel) (in module vector._compute.planar.is_parallel) (in module vector._compute.planar.is_perpendicular) (in module vector._compute.spatial.is_antiparallel) (in module vector._compute.spatial.is_parallel) (in module vector._compute.spatial.is_perpendicular) make_LongitudinalObjectEta() (in module vector.backends._numba_object) make_LongitudinalObjectEta_zero() (in module vector.backends._numba_object) make_LongitudinalObjectTheta() (in module vector.backends._numba_object) make_LongitudinalObjectTheta_zero() (in module vector.backends._numba_object) make_LongitudinalObjectZ() (in module vector.backends._numba_object) make_LongitudinalObjectZ_zero() (in module vector.backends._numba_object) make_TemporalObjectT() (in module vector.backends._numba_object) make_TemporalObjectT_zero() (in module vector.backends._numba_object) make_TemporalObjectTau() (in module vector.backends._numba_object) make_TemporalObjectTau_zero() (in module vector.backends._numba_object) mass (vector._methods.LorentzMomentum property) (vector._methods.MomentumProtocolLorentz property) (vector.backends.object.MomentumObject4D property) mass2 (vector._methods.LorentzMomentum property) (vector._methods.MomentumProtocolLorentz property) module vector._compute vector._compute.lorentz vector._compute.lorentz.add vector._compute.lorentz.beta vector._compute.lorentz.boost_beta3 vector._compute.lorentz.boost_p4 vector._compute.lorentz.boostX_beta vector._compute.lorentz.boostX_gamma vector._compute.lorentz.boostY_beta vector._compute.lorentz.boostY_gamma vector._compute.lorentz.boostZ_beta vector._compute.lorentz.boostZ_gamma vector._compute.lorentz.deltaRapidityPhi vector._compute.lorentz.deltaRapidityPhi2 vector._compute.lorentz.dot vector._compute.lorentz.equal vector._compute.lorentz.Et vector._compute.lorentz.Et2 vector._compute.lorentz.gamma vector._compute.lorentz.is_lightlike vector._compute.lorentz.is_spacelike vector._compute.lorentz.is_timelike vector._compute.lorentz.isclose vector._compute.lorentz.Mt vector._compute.lorentz.Mt2 vector._compute.lorentz.not_equal vector._compute.lorentz.rapidity vector._compute.lorentz.scale vector._compute.lorentz.subtract vector._compute.lorentz.t vector._compute.lorentz.t2 vector._compute.lorentz.tau vector._compute.lorentz.tau2 vector._compute.lorentz.to_beta3 vector._compute.lorentz.transform4D vector._compute.lorentz.unit vector._compute.planar vector._compute.planar.add vector._compute.planar.deltaphi vector._compute.planar.dot vector._compute.planar.equal vector._compute.planar.is_antiparallel vector._compute.planar.is_parallel vector._compute.planar.is_perpendicular vector._compute.planar.isclose vector._compute.planar.not_equal vector._compute.planar.phi vector._compute.planar.rho vector._compute.planar.rho2 vector._compute.planar.rotateZ vector._compute.planar.scale vector._compute.planar.subtract vector._compute.planar.transform2D vector._compute.planar.unit vector._compute.planar.x vector._compute.planar.y vector._compute.spatial vector._compute.spatial.add vector._compute.spatial.costheta vector._compute.spatial.cottheta vector._compute.spatial.cross vector._compute.spatial.deltaangle vector._compute.spatial.deltaeta vector._compute.spatial.deltaR vector._compute.spatial.deltaR2 vector._compute.spatial.dot vector._compute.spatial.equal vector._compute.spatial.eta vector._compute.spatial.is_antiparallel vector._compute.spatial.is_parallel vector._compute.spatial.is_perpendicular vector._compute.spatial.isclose vector._compute.spatial.mag vector._compute.spatial.mag2 vector._compute.spatial.not_equal vector._compute.spatial.rotate_axis vector._compute.spatial.rotate_euler vector._compute.spatial.rotate_quaternion vector._compute.spatial.rotateX vector._compute.spatial.rotateY vector._compute.spatial.scale vector._compute.spatial.subtract vector._compute.spatial.theta vector._compute.spatial.transform3D vector._compute.spatial.unit vector._compute.spatial.z vector._methods vector._typeutils vector.backends vector.backends._numba vector.backends._numba_object vector.backends.awkward vector.backends.awkward_constructors vector.backends.numba_numpy vector.backends.numpy vector.backends.object

Momentum (class in vector._methods) MomentumArray2D (class in vector.backends.awkward) MomentumArray3D (class in vector.backends.awkward) MomentumArray4D (class in vector.backends.awkward) MomentumAwkward2D (class in vector.backends.awkward) MomentumAwkward3D (class in vector.backends.awkward) MomentumAwkward4D (class in vector.backends.awkward) MomentumClass (vector._methods.VectorProtocol attribute), [1] (vector.backends.awkward.MomentumArray2D attribute) (vector.backends.awkward.MomentumArray3D attribute) (vector.backends.awkward.MomentumArray4D attribute) (vector.backends.awkward.MomentumRecord2D attribute) (vector.backends.awkward.MomentumRecord3D attribute) (vector.backends.awkward.MomentumRecord4D attribute) (vector.backends.awkward.VectorArray2D attribute) (vector.backends.awkward.VectorArray3D attribute) (vector.backends.awkward.VectorArray4D attribute) (vector.backends.awkward.VectorRecord2D attribute) (vector.backends.awkward.VectorRecord3D attribute) (vector.backends.awkward.VectorRecord4D attribute) (vector.backends.numpy.MomentumNumpy2D attribute) (vector.backends.numpy.MomentumNumpy3D attribute) (vector.backends.numpy.MomentumNumpy4D attribute) (vector.backends.numpy.VectorNumpy2D attribute) (vector.backends.numpy.VectorNumpy3D attribute) (vector.backends.numpy.VectorNumpy4D attribute) (vector.backends.object.MomentumObject2D attribute) (vector.backends.object.MomentumObject3D attribute) (vector.backends.object.MomentumObject4D attribute) (vector.backends.object.VectorObject2D attribute) (vector.backends.object.VectorObject3D attribute) (vector.backends.object.VectorObject4D attribute) MomentumNumpy2D (class in vector.backends.numpy) MomentumNumpy3D (class in vector.backends.numpy) MomentumNumpy4D (class in vector.backends.numpy) MomentumObject2D (class in vector.backends.object) MomentumObject2D_constructor_typer() (in module vector.backends._numba_object) MomentumObject2DType (class in vector.backends._numba_object) MomentumObject3D (class in vector.backends.object) MomentumObject3D_constructor_typer() (in module vector.backends._numba_object) MomentumObject3DType (class in vector.backends._numba_object) MomentumObject4D (class in vector.backends.object) MomentumObject4D_constructor_typer() (in module vector.backends._numba_object) MomentumObject4DType (class in vector.backends._numba_object) MomentumObject4DType_E() (in module vector.backends._numba_object) MomentumObject4DType_E2() (in module vector.backends._numba_object) MomentumObject4DType_energy() (in module vector.backends._numba_object) MomentumObject4DType_energy2() (in module vector.backends._numba_object) MomentumObject4DType_M() (in module vector.backends._numba_object) MomentumObject4DType_M2() (in module vector.backends._numba_object) MomentumObject4DType_mass() (in module vector.backends._numba_object) MomentumObject4DType_mass2() (in module vector.backends._numba_object) MomentumObject4DType_transverse_energy() (in module vector.backends._numba_object) MomentumObject4DType_transverse_energy2() (in module vector.backends._numba_object) MomentumObject4DType_transverse_mass() (in module vector.backends._numba_object) MomentumObject4DType_transverse_mass2() (in module vector.backends._numba_object) MomentumProtocolLorentz (class in vector._methods) MomentumProtocolPlanar (class in vector._methods) MomentumProtocolSpatial (class in vector._methods) MomentumRecord2D (class in vector.backends.awkward) MomentumRecord3D (class in vector.backends.awkward) MomentumRecord4D (class in vector.backends.awkward) Mt (vector._methods.LorentzMomentum property) mt (vector._methods.LorentzMomentum property) Mt (vector._methods.MomentumProtocolLorentz property) mt (vector._methods.MomentumProtocolLorentz property) Mt2 (vector._methods.LorentzMomentum property) mt2 (vector._methods.LorentzMomentum property) Mt2 (vector._methods.MomentumProtocolLorentz property) mt2 (vector._methods.MomentumProtocolLorentz property)

N

nan_to_num() (in module vector.backends._numba_object) neg2D (vector._methods.Lorentz property) (vector._methods.Planar property) (vector._methods.Spatial property) (vector._methods.VectorProtocolPlanar property) neg3D (vector._methods.Lorentz property) (vector._methods.Spatial property) (vector._methods.VectorProtocolSpatial property) neg4D (vector._methods.Lorentz property) (vector._methods.VectorProtocolLorentz property) not_equal() (vector._methods.Lorentz method) (vector._methods.Planar method) (vector._methods.Spatial method) (vector._methods.VectorProtocol method)

numba_aztype() (in module vector.backends._numba_object) numba_ltype() (in module vector.backends._numba_object) numba_ttype() (in module vector.backends._numba_object) numpy_absolute() (in module vector.backends._numba_object) numpy_add() (in module vector.backends._numba_object) numpy_cbrt() (in module vector.backends._numba_object) numpy_matmul() (in module vector.backends._numba_object) numpy_multiply() (in module vector.backends._numba_object) numpy_negative() (in module vector.backends._numba_object) numpy_positive() (in module vector.backends._numba_object) numpy_power() (in module vector.backends._numba_object) numpy_sqrt() (in module vector.backends._numba_object) numpy_square() (in module vector.backends._numba_object) numpy_subtract() (in module vector.backends._numba_object) numpy_true_divide() (in module vector.backends._numba_object)

O

obj() (in module vector.backends.object) ObjectClass (vector.backends.numpy.AzimuthalNumpy attribute) (vector.backends.numpy.AzimuthalNumpyRhoPhi attribute) (vector.backends.numpy.AzimuthalNumpyXY attribute) (vector.backends.numpy.LongitudinalNumpy attribute) (vector.backends.numpy.LongitudinalNumpyEta attribute) (vector.backends.numpy.LongitudinalNumpyTheta attribute) (vector.backends.numpy.LongitudinalNumpyZ attribute) (vector.backends.numpy.MomentumNumpy2D attribute) (vector.backends.numpy.MomentumNumpy3D attribute) (vector.backends.numpy.MomentumNumpy4D attribute) (vector.backends.numpy.TemporalNumpy attribute) (vector.backends.numpy.TemporalNumpyT attribute) (vector.backends.numpy.TemporalNumpyTau attribute) (vector.backends.numpy.VectorNumpy2D attribute) (vector.backends.numpy.VectorNumpy3D attribute) (vector.backends.numpy.VectorNumpy4D attribute)

operator_abs() (in module vector.backends._numba_object) operator_add() (in module vector.backends._numba_object) operator_eq() (in module vector.backends._numba_object) operator_matmul() (in module vector.backends._numba_object) operator_mul() (in module vector.backends._numba_object) operator_ne() (in module vector.backends._numba_object) operator_neg() (in module vector.backends._numba_object) operator_pos() (in module vector.backends._numba_object) operator_pow() (in module vector.backends._numba_object) operator_sub() (in module vector.backends._numba_object) operator_truediv() (in module vector.backends._numba_object) operator_truth() (in module vector.backends._numba_object)

P

p (vector._methods.MomentumProtocolSpatial property) (vector._methods.SpatialMomentum property) p2 (vector._methods.MomentumProtocolSpatial property) (vector._methods.SpatialMomentum property) phi (vector._methods.AzimuthalRhoPhi attribute), [1] (vector._methods.Planar property) (vector._methods.VectorProtocolPlanar property) (vector.backends.awkward.AzimuthalAwkwardRhoPhi attribute) (vector.backends.numpy.AzimuthalNumpyRhoPhi property) (vector.backends.object.TupleRhoPhi attribute) (vector.backends.object.VectorObject2D property) (vector.backends.object.VectorObject3D property) (vector.backends.object.VectorObject4D property) Planar (class in vector._methods) PlanarMomentum (class in vector._methods) ProjectionClass2D (vector._methods.VectorProtocol attribute), [1] (vector.backends.awkward.MomentumArray2D attribute) (vector.backends.awkward.MomentumArray3D attribute) (vector.backends.awkward.MomentumArray4D attribute) (vector.backends.awkward.MomentumRecord2D attribute) (vector.backends.awkward.MomentumRecord3D attribute) (vector.backends.awkward.MomentumRecord4D attribute) (vector.backends.awkward.VectorArray2D attribute) (vector.backends.awkward.VectorArray3D attribute) (vector.backends.awkward.VectorArray4D attribute) (vector.backends.awkward.VectorRecord2D attribute) (vector.backends.awkward.VectorRecord3D attribute) (vector.backends.awkward.VectorRecord4D attribute) (vector.backends.numpy.MomentumNumpy2D attribute) (vector.backends.numpy.MomentumNumpy3D attribute) (vector.backends.numpy.MomentumNumpy4D attribute) (vector.backends.numpy.VectorNumpy2D attribute) (vector.backends.numpy.VectorNumpy3D attribute) (vector.backends.numpy.VectorNumpy4D attribute) (vector.backends.object.MomentumObject2D attribute) (vector.backends.object.MomentumObject3D attribute) (vector.backends.object.MomentumObject4D attribute) (vector.backends.object.VectorObject2D attribute) (vector.backends.object.VectorObject3D attribute) (vector.backends.object.VectorObject4D attribute) ProjectionClass3D (vector._methods.VectorProtocol attribute), [1] (vector.backends.awkward.MomentumArray2D attribute) (vector.backends.awkward.MomentumArray3D attribute) (vector.backends.awkward.MomentumArray4D attribute) (vector.backends.awkward.MomentumRecord2D attribute) (vector.backends.awkward.MomentumRecord3D attribute) (vector.backends.awkward.MomentumRecord4D attribute) (vector.backends.awkward.VectorArray2D attribute) (vector.backends.awkward.VectorArray3D attribute) (vector.backends.awkward.VectorArray4D attribute) (vector.backends.awkward.VectorRecord2D attribute) (vector.backends.awkward.VectorRecord3D attribute) (vector.backends.awkward.VectorRecord4D attribute) (vector.backends.numpy.MomentumNumpy2D attribute) (vector.backends.numpy.MomentumNumpy3D attribute) (vector.backends.numpy.MomentumNumpy4D attribute) (vector.backends.numpy.VectorNumpy2D attribute) (vector.backends.numpy.VectorNumpy3D attribute) (vector.backends.numpy.VectorNumpy4D attribute) (vector.backends.object.MomentumObject2D attribute) (vector.backends.object.MomentumObject3D attribute) (vector.backends.object.MomentumObject4D attribute) (vector.backends.object.VectorObject2D attribute) (vector.backends.object.VectorObject3D attribute) (vector.backends.object.VectorObject4D attribute)

ProjectionClass4D (vector._methods.VectorProtocol attribute), [1] (vector.backends.awkward.MomentumArray2D attribute) (vector.backends.awkward.MomentumArray3D attribute) (vector.backends.awkward.MomentumArray4D attribute) (vector.backends.awkward.MomentumRecord2D attribute) (vector.backends.awkward.MomentumRecord3D attribute) (vector.backends.awkward.MomentumRecord4D attribute) (vector.backends.awkward.VectorArray2D attribute) (vector.backends.awkward.VectorArray3D attribute) (vector.backends.awkward.VectorArray4D attribute) (vector.backends.awkward.VectorRecord2D attribute) (vector.backends.awkward.VectorRecord3D attribute) (vector.backends.awkward.VectorRecord4D attribute) (vector.backends.numpy.MomentumNumpy2D attribute) (vector.backends.numpy.MomentumNumpy3D attribute) (vector.backends.numpy.MomentumNumpy4D attribute) (vector.backends.numpy.VectorNumpy2D attribute) (vector.backends.numpy.VectorNumpy3D attribute) (vector.backends.numpy.VectorNumpy4D attribute) (vector.backends.object.MomentumObject2D attribute) (vector.backends.object.MomentumObject3D attribute) (vector.backends.object.MomentumObject4D attribute) (vector.backends.object.VectorObject2D attribute) (vector.backends.object.VectorObject3D attribute) (vector.backends.object.VectorObject4D attribute) Protocol (class in vector._typeutils) pseudorapidity (vector._methods.MomentumProtocolSpatial property) (vector._methods.SpatialMomentum property) pt (vector._methods.MomentumProtocolPlanar property) (vector._methods.PlanarMomentum property) (vector.backends.object.MomentumObject2D property) (vector.backends.object.MomentumObject3D property) (vector.backends.object.MomentumObject4D property) pt2 (vector._methods.MomentumProtocolPlanar property) (vector._methods.PlanarMomentum property) px (vector._methods.MomentumProtocolPlanar property) (vector._methods.PlanarMomentum property) (vector.backends.object.MomentumObject2D property) (vector.backends.object.MomentumObject3D property) (vector.backends.object.MomentumObject4D property) py (vector._methods.MomentumProtocolPlanar property) (vector._methods.PlanarMomentum property) (vector.backends.object.MomentumObject2D property) (vector.backends.object.MomentumObject3D property) (vector.backends.object.MomentumObject4D property) pz (vector._methods.MomentumProtocolSpatial property) (vector._methods.SpatialMomentum property) (vector.backends.object.MomentumObject3D property) (vector.backends.object.MomentumObject4D property)

R

rapidity (vector._methods.Lorentz property) (vector._methods.VectorProtocolLorentz property) rectify() (in module vector._compute.planar.add) (in module vector._compute.planar.deltaphi) (in module vector._compute.planar.rotateZ) (in module vector._compute.planar.scale) (in module vector._compute.planar.subtract) (in module vector._compute.spatial.scale) rho (vector._methods.AzimuthalRhoPhi attribute), [1] (vector._methods.Planar property) (vector._methods.VectorProtocolPlanar property) (vector.backends.awkward.AzimuthalAwkwardRhoPhi attribute) (vector.backends.numpy.AzimuthalNumpyRhoPhi property) (vector.backends.object.TupleRhoPhi attribute) (vector.backends.object.VectorObject2D property) (vector.backends.object.VectorObject3D property) (vector.backends.object.VectorObject4D property) rho2 (vector._methods.Planar property) (vector._methods.VectorProtocolPlanar property) rhophi() (in module vector._compute.planar.phi) (in module vector._compute.planar.rho) (in module vector._compute.planar.rho2) (in module vector._compute.planar.rotateZ) (in module vector._compute.planar.scale) (in module vector._compute.planar.transform2D) (in module vector._compute.planar.unit) (in module vector._compute.planar.x) (in module vector._compute.planar.y) rhophi_eta() (in module vector._compute.spatial.costheta) (in module vector._compute.spatial.cottheta) (in module vector._compute.spatial.eta) (in module vector._compute.spatial.mag) (in module vector._compute.spatial.mag2) (in module vector._compute.spatial.rotateX) (in module vector._compute.spatial.rotateY) (in module vector._compute.spatial.scale) (in module vector._compute.spatial.theta) (in module vector._compute.spatial.transform3D) (in module vector._compute.spatial.unit) (in module vector._compute.spatial.z) rhophi_eta_rhophi_eta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_eta_rhophi_theta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_eta_rhophi_z() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_eta_t() (in module vector._compute.lorentz.beta) (in module vector._compute.lorentz.boostX_beta) (in module vector._compute.lorentz.boostX_gamma) (in module vector._compute.lorentz.boostY_beta) (in module vector._compute.lorentz.boostY_gamma) (in module vector._compute.lorentz.boostZ_beta) (in module vector._compute.lorentz.boostZ_gamma) (in module vector._compute.lorentz.Et) (in module vector._compute.lorentz.Et2) (in module vector._compute.lorentz.gamma) (in module vector._compute.lorentz.Mt) (in module vector._compute.lorentz.Mt2) (in module vector._compute.lorentz.rapidity) (in module vector._compute.lorentz.scale) (in module vector._compute.lorentz.t) (in module vector._compute.lorentz.t2) (in module vector._compute.lorentz.tau) (in module vector._compute.lorentz.tau2) (in module vector._compute.lorentz.to_beta3) (in module vector._compute.lorentz.unit) rhophi_eta_tau() (in module vector._compute.lorentz.beta) (in module vector._compute.lorentz.boostX_beta) (in module vector._compute.lorentz.boostX_gamma) (in module vector._compute.lorentz.boostY_beta) (in module vector._compute.lorentz.boostY_gamma) (in module vector._compute.lorentz.boostZ_beta) (in module vector._compute.lorentz.boostZ_gamma) (in module vector._compute.lorentz.Et) (in module vector._compute.lorentz.Et2) (in module vector._compute.lorentz.gamma) (in module vector._compute.lorentz.Mt) (in module vector._compute.lorentz.Mt2) (in module vector._compute.lorentz.rapidity) (in module vector._compute.lorentz.scale) (in module vector._compute.lorentz.t) (in module vector._compute.lorentz.t2) (in module vector._compute.lorentz.tau) (in module vector._compute.lorentz.tau2) (in module vector._compute.lorentz.to_beta3) (in module vector._compute.lorentz.unit) rhophi_eta_xy_eta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_eta_xy_theta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_eta_xy_z() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_rhophi() (in module vector._compute.planar.add) (in module vector._compute.planar.deltaphi) (in module vector._compute.planar.dot) (in module vector._compute.planar.equal) (in module vector._compute.planar.isclose) (in module vector._compute.planar.not_equal) (in module vector._compute.planar.subtract) rhophi_theta() (in module vector._compute.spatial.costheta) (in module vector._compute.spatial.cottheta) (in module vector._compute.spatial.eta) (in module vector._compute.spatial.mag) (in module vector._compute.spatial.mag2) (in module vector._compute.spatial.rotateX) (in module vector._compute.spatial.rotateY) (in module vector._compute.spatial.scale) (in module vector._compute.spatial.theta) (in module vector._compute.spatial.transform3D) (in module vector._compute.spatial.unit) (in module vector._compute.spatial.z) rhophi_theta_rhophi_eta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_theta_rhophi_theta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_theta_rhophi_z() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_theta_t() (in module vector._compute.lorentz.beta) (in module vector._compute.lorentz.boostX_beta) (in module vector._compute.lorentz.boostX_gamma) (in module vector._compute.lorentz.boostY_beta) (in module vector._compute.lorentz.boostY_gamma) (in module vector._compute.lorentz.boostZ_beta) (in module vector._compute.lorentz.boostZ_gamma) (in module vector._compute.lorentz.Et) (in module vector._compute.lorentz.Et2) (in module vector._compute.lorentz.gamma) (in module vector._compute.lorentz.Mt) (in module vector._compute.lorentz.Mt2) (in module vector._compute.lorentz.rapidity) (in module vector._compute.lorentz.scale) (in module vector._compute.lorentz.t) (in module vector._compute.lorentz.t2) (in module vector._compute.lorentz.tau) (in module vector._compute.lorentz.tau2) (in module vector._compute.lorentz.to_beta3) (in module vector._compute.lorentz.unit)

rhophi_theta_tau() (in module vector._compute.lorentz.beta) (in module vector._compute.lorentz.boostX_beta) (in module vector._compute.lorentz.boostX_gamma) (in module vector._compute.lorentz.boostY_beta) (in module vector._compute.lorentz.boostY_gamma) (in module vector._compute.lorentz.boostZ_beta) (in module vector._compute.lorentz.boostZ_gamma) (in module vector._compute.lorentz.Et) (in module vector._compute.lorentz.Et2) (in module vector._compute.lorentz.gamma) (in module vector._compute.lorentz.Mt) (in module vector._compute.lorentz.Mt2) (in module vector._compute.lorentz.rapidity) (in module vector._compute.lorentz.scale) (in module vector._compute.lorentz.t) (in module vector._compute.lorentz.t2) (in module vector._compute.lorentz.tau) (in module vector._compute.lorentz.tau2) (in module vector._compute.lorentz.to_beta3) (in module vector._compute.lorentz.unit) rhophi_theta_xy_eta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_theta_xy_theta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_theta_xy_z() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_xy() (in module vector._compute.planar.add) (in module vector._compute.planar.deltaphi) (in module vector._compute.planar.dot) (in module vector._compute.planar.equal) (in module vector._compute.planar.isclose) (in module vector._compute.planar.not_equal) (in module vector._compute.planar.subtract) rhophi_z() (in module vector._compute.spatial.costheta) (in module vector._compute.spatial.cottheta) (in module vector._compute.spatial.eta) (in module vector._compute.spatial.mag) (in module vector._compute.spatial.mag2) (in module vector._compute.spatial.rotateX) (in module vector._compute.spatial.rotateY) (in module vector._compute.spatial.scale) (in module vector._compute.spatial.theta) (in module vector._compute.spatial.transform3D) (in module vector._compute.spatial.unit) (in module vector._compute.spatial.z) rhophi_z_rhophi_eta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_z_rhophi_theta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_z_rhophi_z() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_z_t() (in module vector._compute.lorentz.beta) (in module vector._compute.lorentz.boostX_beta) (in module vector._compute.lorentz.boostX_gamma) (in module vector._compute.lorentz.boostY_beta) (in module vector._compute.lorentz.boostY_gamma) (in module vector._compute.lorentz.boostZ_beta) (in module vector._compute.lorentz.boostZ_gamma) (in module vector._compute.lorentz.Et) (in module vector._compute.lorentz.Et2) (in module vector._compute.lorentz.gamma) (in module vector._compute.lorentz.Mt) (in module vector._compute.lorentz.Mt2) (in module vector._compute.lorentz.rapidity) (in module vector._compute.lorentz.scale) (in module vector._compute.lorentz.t) (in module vector._compute.lorentz.t2) (in module vector._compute.lorentz.tau) (in module vector._compute.lorentz.tau2) (in module vector._compute.lorentz.to_beta3) (in module vector._compute.lorentz.unit) rhophi_z_tau() (in module vector._compute.lorentz.beta) (in module vector._compute.lorentz.boostX_beta) (in module vector._compute.lorentz.boostX_gamma) (in module vector._compute.lorentz.boostY_beta) (in module vector._compute.lorentz.boostY_gamma) (in module vector._compute.lorentz.boostZ_beta) (in module vector._compute.lorentz.boostZ_gamma) (in module vector._compute.lorentz.Et) (in module vector._compute.lorentz.Et2) (in module vector._compute.lorentz.gamma) (in module vector._compute.lorentz.Mt) (in module vector._compute.lorentz.Mt2) (in module vector._compute.lorentz.rapidity) (in module vector._compute.lorentz.scale) (in module vector._compute.lorentz.t) (in module vector._compute.lorentz.t2) (in module vector._compute.lorentz.tau) (in module vector._compute.lorentz.tau2) (in module vector._compute.lorentz.to_beta3) (in module vector._compute.lorentz.unit) rhophi_z_xy_eta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_z_xy_theta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rhophi_z_xy_z() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) rotate_axis() (vector._methods.Spatial method) (vector._methods.VectorProtocolSpatial method) rotate_euler() (vector._methods.Spatial method) (vector._methods.VectorProtocolSpatial method) rotate_nautical() (vector._methods.Spatial method) (vector._methods.VectorProtocolSpatial method) rotate_quaternion() (vector._methods.Spatial method) (vector._methods.VectorProtocolSpatial method) rotateX() (vector._methods.Spatial method) (vector._methods.VectorProtocolSpatial method) rotateY() (vector._methods.Spatial method) (vector._methods.VectorProtocolSpatial method) rotateZ() (vector._methods.Planar method) (vector._methods.VectorProtocolPlanar method)

S

ScalarCollection (in module vector._typeutils) scale() (vector._methods.Lorentz method) (vector._methods.Planar method) (vector._methods.Spatial method) (vector._methods.VectorProtocol method) scale2D() (vector._methods.Lorentz method) (vector._methods.Planar method) (vector._methods.Spatial method) (vector._methods.VectorProtocolPlanar method) scale3D() (vector._methods.Lorentz method) (vector._methods.Spatial method) (vector._methods.VectorProtocolSpatial method)

scale4D() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) Spatial (class in vector._methods) SpatialMomentum (class in vector._methods) subtract() (vector._methods.Lorentz method) (vector._methods.Planar method) (vector._methods.Spatial method) (vector._methods.VectorProtocol method) sum() (vector.backends.numpy.VectorNumpy method)

T

t (vector._methods.Lorentz property) (vector._methods.TemporalT attribute), [1] (vector._methods.VectorProtocolLorentz property) (vector.backends.awkward.TemporalAwkwardT attribute) (vector.backends.numpy.TemporalNumpyT property) (vector.backends.object.TupleT attribute) (vector.backends.object.VectorObject4D property) t2 (vector._methods.Lorentz property) (vector._methods.VectorProtocolLorentz property) tau (vector._methods.Lorentz property) (vector._methods.TemporalTau attribute), [1] (vector._methods.VectorProtocolLorentz property) (vector.backends.awkward.TemporalAwkwardTau attribute) (vector.backends.numpy.TemporalNumpyTau property) (vector.backends.object.TupleTau attribute) (vector.backends.object.VectorObject4D property) tau2 (vector._methods.Lorentz property) (vector._methods.VectorProtocolLorentz property) Temporal (class in vector._methods) temporal (vector._methods.VectorProtocolLorentz property) (vector.backends.awkward.MomentumAwkward4D property) (vector.backends.awkward.VectorAwkward4D property) (vector.backends.numpy.VectorNumpy4D property) (vector.backends.object.MomentumObject4D attribute) (vector.backends.object.VectorObject4D attribute) TemporalAwkward (class in vector.backends.awkward) TemporalAwkwardT (class in vector.backends.awkward) TemporalAwkwardTau (class in vector.backends.awkward) TemporalNumpy (class in vector.backends.numpy) TemporalNumpyT (class in vector.backends.numpy) TemporalNumpyTau (class in vector.backends.numpy) TemporalObject (class in vector.backends.object) TemporalObjectT (class in vector.backends.object) TemporalObjectTau (class in vector.backends.object) TemporalT (class in vector._methods) temporalt_coord1() (in module vector.backends._numba_object) TemporalTau (class in vector._methods) temporaltau_coord1() (in module vector.backends._numba_object) theta (vector._methods.LongitudinalTheta attribute), [1] (vector._methods.Spatial property) (vector._methods.VectorProtocolSpatial property) (vector.backends.awkward.LongitudinalAwkwardTheta attribute) (vector.backends.numpy.LongitudinalNumpyTheta property) (vector.backends.object.TupleTheta attribute) (vector.backends.object.VectorObject3D property) (vector.backends.object.VectorObject4D property) to_2D() (vector._methods.Vector2D method) (vector._methods.Vector3D method) (vector._methods.Vector4D method) (vector._methods.VectorProtocol method) to_3D() (vector._methods.Vector2D method) (vector._methods.Vector3D method) (vector._methods.Vector4D method) (vector._methods.VectorProtocol method) to_4D() (vector._methods.Vector2D method) (vector._methods.Vector3D method) (vector._methods.Vector4D method) (vector._methods.VectorProtocol method) to_beta3() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) to_ptphi() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_ptphieta() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_ptphietaenergy() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_ptphietamass() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_ptphipz() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_ptphipzenergy() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_ptphipzmass() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_ptphitheta() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_ptphithetaenergy() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_ptphithetamass() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_pxpy() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_pxpyeta() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_pxpyetaenergy() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_pxpyetamass() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_pxpypz() (vector._methods.Vector method) (vector._methods.VectorProtocol method)

to_pxpypzenergy() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_pxpypzmass() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_pxpytheta() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_pxpythetaenergy() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_pxpythetamass() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_rhophi() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_rhophieta() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_rhophietat() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_rhophietatau() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_rhophitheta() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_rhophithetat() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_rhophithetatau() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_rhophiz() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_rhophizt() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_rhophiztau() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_Vector2D() (vector._methods.Vector2D method) (vector._methods.Vector3D method) (vector._methods.Vector4D method) (vector._methods.VectorProtocol method) to_Vector3D() (vector._methods.Vector2D method) (vector._methods.Vector3D method) (vector._methods.Vector4D method) (vector._methods.VectorProtocol method) to_Vector4D() (vector._methods.Vector2D method) (vector._methods.Vector3D method) (vector._methods.Vector4D method) (vector._methods.VectorProtocol method) to_xy() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_xyeta() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_xyetat() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_xyetatau() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_xytheta() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_xythetat() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_xythetatau() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_xyz() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_xyzt() (vector._methods.Vector method) (vector._methods.VectorProtocol method) to_xyztau() (vector._methods.Vector method) (vector._methods.VectorProtocol method) transform2D() (vector._methods.Planar method) (vector._methods.VectorProtocolPlanar method) transform3D() (vector._methods.Spatial method) (vector._methods.VectorProtocolSpatial method) transform4D() (vector._methods.Lorentz method) (vector._methods.VectorProtocolLorentz method) TransformProtocol2D (class in vector._typeutils) TransformProtocol3D (class in vector._typeutils) TransformProtocol4D (class in vector._typeutils) transverse_energy (vector._methods.LorentzMomentum property) (vector._methods.MomentumProtocolLorentz property) transverse_energy2 (vector._methods.LorentzMomentum property) (vector._methods.MomentumProtocolLorentz property) transverse_mass (vector._methods.LorentzMomentum property) (vector._methods.MomentumProtocolLorentz property) transverse_mass2 (vector._methods.LorentzMomentum property) (vector._methods.MomentumProtocolLorentz property) tt (vector._typeutils.TransformProtocol4D attribute) TupleEta (class in vector.backends.object) TupleRhoPhi (class in vector.backends.object) TupleT (class in vector.backends.object) TupleTau (class in vector.backends.object) TupleTheta (class in vector.backends.object) TupleXY (class in vector.backends.object) TupleZ (class in vector.backends.object) tx (vector._typeutils.TransformProtocol4D attribute) ty (vector._typeutils.TransformProtocol4D attribute) tz (vector._typeutils.TransformProtocol4D attribute)

U

unit() (vector._methods.Lorentz method) (vector._methods.Planar method) (vector._methods.Spatial method) (vector._methods.VectorProtocol method)

V

Vector (class in vector._methods) vector._compute module vector._compute.lorentz module vector._compute.lorentz.add module vector._compute.lorentz.beta module vector._compute.lorentz.boost_beta3 module vector._compute.lorentz.boost_p4 module vector._compute.lorentz.boostX_beta module vector._compute.lorentz.boostX_gamma module vector._compute.lorentz.boostY_beta module vector._compute.lorentz.boostY_gamma module vector._compute.lorentz.boostZ_beta module vector._compute.lorentz.boostZ_gamma module vector._compute.lorentz.deltaRapidityPhi module vector._compute.lorentz.deltaRapidityPhi2 module vector._compute.lorentz.dot module vector._compute.lorentz.equal module vector._compute.lorentz.Et module vector._compute.lorentz.Et2 module vector._compute.lorentz.gamma module vector._compute.lorentz.is_lightlike module vector._compute.lorentz.is_spacelike module vector._compute.lorentz.is_timelike module vector._compute.lorentz.isclose module vector._compute.lorentz.Mt module vector._compute.lorentz.Mt2 module vector._compute.lorentz.not_equal module vector._compute.lorentz.rapidity module vector._compute.lorentz.scale module vector._compute.lorentz.subtract module vector._compute.lorentz.t module vector._compute.lorentz.t2 module vector._compute.lorentz.tau module vector._compute.lorentz.tau2 module vector._compute.lorentz.to_beta3 module vector._compute.lorentz.transform4D module vector._compute.lorentz.unit module vector._compute.planar module vector._compute.planar.add module vector._compute.planar.deltaphi module vector._compute.planar.dot module vector._compute.planar.equal module vector._compute.planar.is_antiparallel module vector._compute.planar.is_parallel module vector._compute.planar.is_perpendicular module vector._compute.planar.isclose module vector._compute.planar.not_equal module vector._compute.planar.phi module vector._compute.planar.rho module vector._compute.planar.rho2 module vector._compute.planar.rotateZ module vector._compute.planar.scale module vector._compute.planar.subtract module vector._compute.planar.transform2D module vector._compute.planar.unit module vector._compute.planar.x module vector._compute.planar.y module vector._compute.spatial module vector._compute.spatial.add module vector._compute.spatial.costheta module vector._compute.spatial.cottheta module vector._compute.spatial.cross module vector._compute.spatial.deltaangle module vector._compute.spatial.deltaeta module vector._compute.spatial.deltaR module vector._compute.spatial.deltaR2 module vector._compute.spatial.dot module vector._compute.spatial.equal module vector._compute.spatial.eta module vector._compute.spatial.is_antiparallel module

vector._compute.spatial.is_parallel module vector._compute.spatial.is_perpendicular module vector._compute.spatial.isclose module vector._compute.spatial.mag module vector._compute.spatial.mag2 module vector._compute.spatial.not_equal module vector._compute.spatial.rotate_axis module vector._compute.spatial.rotate_euler module vector._compute.spatial.rotate_quaternion module vector._compute.spatial.rotateX module vector._compute.spatial.rotateY module vector._compute.spatial.scale module vector._compute.spatial.subtract module vector._compute.spatial.theta module vector._compute.spatial.transform3D module vector._compute.spatial.unit module vector._compute.spatial.z module vector._methods module vector._typeutils module vector.backends module vector.backends._numba module vector.backends._numba_object module vector.backends.awkward module vector.backends.awkward_constructors module vector.backends.numba_numpy module vector.backends.numpy module vector.backends.object module Vector2D (class in vector._methods) Vector3D (class in vector._methods) Vector4D (class in vector._methods) vector_obj() (in module vector.backends._numba_object) vector_obj_Azimuthal_ptphi() (in module vector.backends._numba_object) vector_obj_Azimuthal_pxpy() (in module vector.backends._numba_object) vector_obj_Azimuthal_pxy() (in module vector.backends._numba_object) vector_obj_Azimuthal_rhophi() (in module vector.backends._numba_object) vector_obj_Azimuthal_xpy() (in module vector.backends._numba_object) vector_obj_Azimuthal_xy() (in module vector.backends._numba_object) vector_obj_Longitudinal_eta() (in module vector.backends._numba_object) vector_obj_Longitudinal_pz() (in module vector.backends._numba_object) vector_obj_Longitudinal_theta() (in module vector.backends._numba_object) vector_obj_Longitudinal_z() (in module vector.backends._numba_object) vector_obj_Temporal_E() (in module vector.backends._numba_object) vector_obj_Temporal_e() (in module vector.backends._numba_object) vector_obj_Temporal_energy() (in module vector.backends._numba_object) vector_obj_Temporal_M() (in module vector.backends._numba_object) vector_obj_Temporal_m() (in module vector.backends._numba_object) vector_obj_Temporal_mass() (in module vector.backends._numba_object) vector_obj_Temporal_t() (in module vector.backends._numba_object) vector_obj_Temporal_tau() (in module vector.backends._numba_object) VectorArray2D (class in vector.backends.awkward) VectorArray3D (class in vector.backends.awkward) VectorArray4D (class in vector.backends.awkward) VectorAwkward (class in vector.backends.awkward) VectorAwkward2D (class in vector.backends.awkward) VectorAwkward3D (class in vector.backends.awkward) VectorAwkward4D (class in vector.backends.awkward) VectorNumpy (class in vector.backends.numpy) VectorNumpy2D (class in vector.backends.numpy) VectorNumpy3D (class in vector.backends.numpy) VectorNumpy4D (class in vector.backends.numpy) VectorObject (class in vector.backends.object) VectorObject2D (class in vector.backends.object) VectorObject2D_box() (in module vector.backends._numba_object) VectorObject2D_constructor_typer() (in module vector.backends._numba_object) VectorObject2D_to_Vector2D() (in module vector.backends._numba_object) VectorObject2D_to_Vector3D() (in module vector.backends._numba_object) VectorObject2D_to_Vector4D() (in module vector.backends._numba_object) VectorObject2D_typeof() (in module vector.backends._numba_object) VectorObject2D_unbox() (in module vector.backends._numba_object) VectorObject2DType (class in vector.backends._numba_object) VectorObject2DType_unit() (in module vector.backends._numba_object) VectorObject3D (class in vector.backends.object) VectorObject3D_box() (in module vector.backends._numba_object) VectorObject3D_constructor_typer() (in module vector.backends._numba_object) VectorObject3D_to_Vector2D() (in module vector.backends._numba_object) VectorObject3D_to_Vector3D() (in module vector.backends._numba_object) VectorObject3D_to_Vector4D() (in module vector.backends._numba_object) VectorObject3D_typeof() (in module vector.backends._numba_object) VectorObject3D_unbox() (in module vector.backends._numba_object) VectorObject3DType (class in vector.backends._numba_object) VectorObject3DType_unit() (in module vector.backends._numba_object) VectorObject4D (class in vector.backends.object) VectorObject4D_box() (in module vector.backends._numba_object) VectorObject4D_constructor_typer() (in module vector.backends._numba_object) VectorObject4D_to_Vector2D() (in module vector.backends._numba_object) VectorObject4D_to_Vector3D() (in module vector.backends._numba_object) VectorObject4D_to_Vector4D() (in module vector.backends._numba_object) VectorObject4D_typeof() (in module vector.backends._numba_object) VectorObject4D_unbox() (in module vector.backends._numba_object) VectorObject4DType (class in vector.backends._numba_object) VectorObject4DType_boost() (in module vector.backends._numba_object) VectorObject4DType_boost_beta3() (in module vector.backends._numba_object) VectorObject4DType_boost_p4() (in module vector.backends._numba_object) VectorObject4DType_boostCM_of() (in module vector.backends._numba_object) VectorObject4DType_boostCM_of_beta3() (in module vector.backends._numba_object) VectorObject4DType_boostCM_of_p4() (in module vector.backends._numba_object) VectorObject4DType_is_lightlike() (in module vector.backends._numba_object) VectorObject4DType_is_spacelike() (in module vector.backends._numba_object) VectorObject4DType_is_timelike() (in module vector.backends._numba_object) VectorObject4DType_neg4D() (in module vector.backends._numba_object) VectorObject4DType_scale3D() (in module vector.backends._numba_object) VectorObject4DType_to_beta3() (in module vector.backends._numba_object) VectorObject4DType_transform4D() (in module vector.backends._numba_object) VectorObject4DType_unit() (in module vector.backends._numba_object) VectorProtocol (class in vector._methods) VectorProtocolLorentz (class in vector._methods) VectorProtocolPlanar (class in vector._methods) VectorProtocolSpatial (class in vector._methods) VectorRecord2D (class in vector.backends.awkward) VectorRecord3D (class in vector.backends.awkward) VectorRecord4D (class in vector.backends.awkward) vectortype (in module vector.backends._numba_object)

X

x (vector._methods.AzimuthalXY attribute), [1] (vector._methods.Planar property) (vector._methods.VectorProtocolPlanar property) (vector.backends.awkward.AzimuthalAwkwardXY attribute) (vector.backends.numpy.AzimuthalNumpyXY property) (vector.backends.object.TupleXY attribute) (vector.backends.object.VectorObject2D property) (vector.backends.object.VectorObject3D property) (vector.backends.object.VectorObject4D property) xt (vector._typeutils.TransformProtocol4D attribute) xx (vector._typeutils.TransformProtocol2D attribute) (vector._typeutils.TransformProtocol3D attribute) (vector._typeutils.TransformProtocol4D attribute) xy (vector._typeutils.TransformProtocol2D attribute) (vector._typeutils.TransformProtocol3D attribute) (vector._typeutils.TransformProtocol4D attribute) xy() (in module vector._compute.planar.phi) (in module vector._compute.planar.rho) (in module vector._compute.planar.rho2) (in module vector._compute.planar.rotateZ) (in module vector._compute.planar.scale) (in module vector._compute.planar.unit) (in module vector._compute.planar.x) (in module vector._compute.planar.y) xy_eta() (in module vector._compute.spatial.costheta) (in module vector._compute.spatial.cottheta) (in module vector._compute.spatial.eta) (in module vector._compute.spatial.mag) (in module vector._compute.spatial.mag2) (in module vector._compute.spatial.rotateX) (in module vector._compute.spatial.rotateY) (in module vector._compute.spatial.scale) (in module vector._compute.spatial.theta) (in module vector._compute.spatial.transform3D) (in module vector._compute.spatial.unit) (in module vector._compute.spatial.z) xy_eta_rhophi_eta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_eta_rhophi_theta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_eta_rhophi_z() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_eta_t() (in module vector._compute.lorentz.beta) (in module vector._compute.lorentz.boostX_beta) (in module vector._compute.lorentz.boostX_gamma) (in module vector._compute.lorentz.boostY_beta) (in module vector._compute.lorentz.boostY_gamma) (in module vector._compute.lorentz.boostZ_beta) (in module vector._compute.lorentz.boostZ_gamma) (in module vector._compute.lorentz.Et) (in module vector._compute.lorentz.Et2) (in module vector._compute.lorentz.gamma) (in module vector._compute.lorentz.Mt) (in module vector._compute.lorentz.Mt2) (in module vector._compute.lorentz.rapidity) (in module vector._compute.lorentz.scale) (in module vector._compute.lorentz.t) (in module vector._compute.lorentz.t2) (in module vector._compute.lorentz.tau) (in module vector._compute.lorentz.tau2) (in module vector._compute.lorentz.to_beta3) (in module vector._compute.lorentz.unit) xy_eta_tau() (in module vector._compute.lorentz.beta) (in module vector._compute.lorentz.boostX_beta) (in module vector._compute.lorentz.boostX_gamma) (in module vector._compute.lorentz.boostY_beta) (in module vector._compute.lorentz.boostY_gamma) (in module vector._compute.lorentz.boostZ_beta) (in module vector._compute.lorentz.boostZ_gamma) (in module vector._compute.lorentz.Et) (in module vector._compute.lorentz.Et2) (in module vector._compute.lorentz.gamma) (in module vector._compute.lorentz.Mt) (in module vector._compute.lorentz.Mt2) (in module vector._compute.lorentz.rapidity) (in module vector._compute.lorentz.scale) (in module vector._compute.lorentz.t) (in module vector._compute.lorentz.t2) (in module vector._compute.lorentz.tau) (in module vector._compute.lorentz.tau2) (in module vector._compute.lorentz.to_beta3) (in module vector._compute.lorentz.unit) xy_eta_xy_eta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_eta_xy_theta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_eta_xy_z() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_rhophi() (in module vector._compute.planar.add) (in module vector._compute.planar.deltaphi) (in module vector._compute.planar.dot) (in module vector._compute.planar.equal) (in module vector._compute.planar.isclose) (in module vector._compute.planar.not_equal) (in module vector._compute.planar.subtract) xy_theta() (in module vector._compute.spatial.costheta) (in module vector._compute.spatial.cottheta) (in module vector._compute.spatial.eta) (in module vector._compute.spatial.mag) (in module vector._compute.spatial.mag2) (in module vector._compute.spatial.rotateX) (in module vector._compute.spatial.rotateY) (in module vector._compute.spatial.scale) (in module vector._compute.spatial.theta) (in module vector._compute.spatial.transform3D) (in module vector._compute.spatial.unit) (in module vector._compute.spatial.z) xy_theta_rhophi_eta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_theta_rhophi_theta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_theta_rhophi_z() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_theta_t() (in module vector._compute.lorentz.beta) (in module vector._compute.lorentz.boostX_beta) (in module vector._compute.lorentz.boostX_gamma) (in module vector._compute.lorentz.boostY_beta) (in module vector._compute.lorentz.boostY_gamma) (in module vector._compute.lorentz.boostZ_beta) (in module vector._compute.lorentz.boostZ_gamma) (in module vector._compute.lorentz.Et) (in module vector._compute.lorentz.Et2) (in module vector._compute.lorentz.gamma) (in module vector._compute.lorentz.Mt) (in module vector._compute.lorentz.Mt2) (in module vector._compute.lorentz.rapidity) (in module vector._compute.lorentz.scale) (in module vector._compute.lorentz.t) (in module vector._compute.lorentz.t2) (in module vector._compute.lorentz.tau) (in module vector._compute.lorentz.tau2) (in module vector._compute.lorentz.to_beta3) (in module vector._compute.lorentz.unit)

xy_theta_tau() (in module vector._compute.lorentz.beta) (in module vector._compute.lorentz.boostX_beta) (in module vector._compute.lorentz.boostX_gamma) (in module vector._compute.lorentz.boostY_beta) (in module vector._compute.lorentz.boostY_gamma) (in module vector._compute.lorentz.boostZ_beta) (in module vector._compute.lorentz.boostZ_gamma) (in module vector._compute.lorentz.Et) (in module vector._compute.lorentz.Et2) (in module vector._compute.lorentz.gamma) (in module vector._compute.lorentz.Mt) (in module vector._compute.lorentz.Mt2) (in module vector._compute.lorentz.rapidity) (in module vector._compute.lorentz.scale) (in module vector._compute.lorentz.t) (in module vector._compute.lorentz.t2) (in module vector._compute.lorentz.tau) (in module vector._compute.lorentz.tau2) (in module vector._compute.lorentz.to_beta3) (in module vector._compute.lorentz.unit) xy_theta_xy_eta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_theta_xy_theta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_theta_xy_z() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_xy() (in module vector._compute.planar.add) (in module vector._compute.planar.deltaphi) (in module vector._compute.planar.dot) (in module vector._compute.planar.equal) (in module vector._compute.planar.isclose) (in module vector._compute.planar.not_equal) (in module vector._compute.planar.subtract) xy_z() (in module vector._compute.spatial.costheta) (in module vector._compute.spatial.cottheta) (in module vector._compute.spatial.eta) (in module vector._compute.spatial.mag) (in module vector._compute.spatial.mag2) (in module vector._compute.spatial.rotateX) (in module vector._compute.spatial.rotateY) (in module vector._compute.spatial.scale) (in module vector._compute.spatial.theta) (in module vector._compute.spatial.unit) (in module vector._compute.spatial.z) xy_z_rhophi_eta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_z_rhophi_theta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_z_rhophi_z() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_z_t() (in module vector._compute.lorentz.beta) (in module vector._compute.lorentz.boostX_beta) (in module vector._compute.lorentz.boostX_gamma) (in module vector._compute.lorentz.boostY_beta) (in module vector._compute.lorentz.boostY_gamma) (in module vector._compute.lorentz.boostZ_beta) (in module vector._compute.lorentz.boostZ_gamma) (in module vector._compute.lorentz.Et) (in module vector._compute.lorentz.Et2) (in module vector._compute.lorentz.gamma) (in module vector._compute.lorentz.Mt) (in module vector._compute.lorentz.Mt2) (in module vector._compute.lorentz.rapidity) (in module vector._compute.lorentz.scale) (in module vector._compute.lorentz.t) (in module vector._compute.lorentz.t2) (in module vector._compute.lorentz.tau) (in module vector._compute.lorentz.tau2) (in module vector._compute.lorentz.to_beta3) (in module vector._compute.lorentz.unit) xy_z_tau() (in module vector._compute.lorentz.beta) (in module vector._compute.lorentz.boostX_beta) (in module vector._compute.lorentz.boostX_gamma) (in module vector._compute.lorentz.boostY_beta) (in module vector._compute.lorentz.boostY_gamma) (in module vector._compute.lorentz.boostZ_beta) (in module vector._compute.lorentz.boostZ_gamma) (in module vector._compute.lorentz.Et) (in module vector._compute.lorentz.Et2) (in module vector._compute.lorentz.gamma) (in module vector._compute.lorentz.Mt) (in module vector._compute.lorentz.Mt2) (in module vector._compute.lorentz.rapidity) (in module vector._compute.lorentz.scale) (in module vector._compute.lorentz.t) (in module vector._compute.lorentz.t2) (in module vector._compute.lorentz.tau) (in module vector._compute.lorentz.tau2) (in module vector._compute.lorentz.to_beta3) (in module vector._compute.lorentz.unit) xy_z_xy_eta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_z_xy_theta() (in module vector._compute.spatial.add) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xy_z_xy_z() (in module vector._compute.spatial.add) (in module vector._compute.spatial.cross) (in module vector._compute.spatial.deltaangle) (in module vector._compute.spatial.deltaeta) (in module vector._compute.spatial.deltaR) (in module vector._compute.spatial.deltaR2) (in module vector._compute.spatial.dot) (in module vector._compute.spatial.equal) (in module vector._compute.spatial.isclose) (in module vector._compute.spatial.not_equal) (in module vector._compute.spatial.subtract) xz (vector._typeutils.TransformProtocol3D attribute) (vector._typeutils.TransformProtocol4D attribute)

Y

y (vector._methods.AzimuthalXY attribute), [1] (vector._methods.Planar property) (vector._methods.VectorProtocolPlanar property) (vector.backends.awkward.AzimuthalAwkwardXY attribute) (vector.backends.numpy.AzimuthalNumpyXY property) (vector.backends.object.TupleXY attribute) (vector.backends.object.VectorObject2D property) (vector.backends.object.VectorObject3D property) (vector.backends.object.VectorObject4D property)

yt (vector._typeutils.TransformProtocol4D attribute) yx (vector._typeutils.TransformProtocol2D attribute) (vector._typeutils.TransformProtocol3D attribute) (vector._typeutils.TransformProtocol4D attribute) yy (vector._typeutils.TransformProtocol2D attribute) (vector._typeutils.TransformProtocol3D attribute) (vector._typeutils.TransformProtocol4D attribute) yz (vector._typeutils.TransformProtocol3D attribute) (vector._typeutils.TransformProtocol4D attribute)

Z

z (vector._methods.LongitudinalZ attribute), [1] (vector._methods.Spatial property) (vector._methods.VectorProtocolSpatial property) (vector.backends.awkward.LongitudinalAwkwardZ attribute) (vector.backends.numpy.LongitudinalNumpyZ property) (vector.backends.object.TupleZ attribute) (vector.backends.object.VectorObject3D property) (vector.backends.object.VectorObject4D property)

zip() (in module vector.backends.awkward_constructors) zt (vector._typeutils.TransformProtocol4D attribute) zx (vector._typeutils.TransformProtocol3D attribute) (vector._typeutils.TransformProtocol4D attribute) zy (vector._typeutils.TransformProtocol3D attribute) (vector._typeutils.TransformProtocol4D attribute) zz (vector._typeutils.TransformProtocol3D attribute) (vector._typeutils.TransformProtocol4D attribute)