Index

_

__call__() (DispersionZeta2D method) (DispersionZeta3D method) (Zeta2D method) (Zeta3D method) __enter__() (DatabaseSession method) __exit__() (DatabaseSession method) __init__() (DatabaseSession method) __post_init__() (DispersionZeta2D method) (DispersionZeta3D method) (FitKernel method) (MomentumKineticHamiltonian method) (PhenomLRHamiltonian method) (Zeta2D method) (Zeta3D method)

__repr__() (DatabaseSession method) __str__() (DatabaseSession method)

A

apply() (MomentumContactHamiltonian method) (MomentumKineticHamiltonian method) (PhenomLRHamiltonian method)

apply_mat() (MomentumContactHamiltonian method) (MomentumKineticHamiltonian method)

C

chi2() (FitKernel method)

complement() (in module luescher_nd.operators.a1g) connection_string() (DatabaseSession property)

D

DatabaseSession (class in luescher_nd.database.connection) dispersion_luescher_grid() (in module luescher_nd.plotting.export)

DispersionZeta2D (class in luescher_nd.zeta.zeta2d) DispersionZeta3D (class in luescher_nd.zeta.zeta3d)

E

exists_in_db() (MomentumKineticHamiltonian class method)

export_eigs() (MomentumKineticHamiltonian method)

F

factorial() (in module luescher_nd.utilities) finalize() (in module luescher_nd.plotting.styles)

fit_contact_strenth() (FitKernel method) FitKernel (class in luescher_nd.solvers.contact)

G

gamma2gbar() (in module luescher_nd.hamiltonians.longrange) get_90_rotation_operator() (in module luescher_nd.operators.parity) get_continuum_extrapolation() (in module luescher_nd.database.utilities) get_degeneracy() (in module luescher_nd.database.utilities) get_degeneracy_list() (in module luescher_nd.database.utilities)

get_ere() (in module luescher_nd.database.utilities) get_full_hamiltonian() (in module luescher_nd.hamiltonians.contact) get_kinetic_hamiltonian() (in module luescher_nd.hamiltonians.kinetic) get_laplace_coefficients() (in module luescher_nd.utilities) get_logger() (in module luescher_nd.utilities) get_zeta_intersection() (FitKernel method)

L

L() (MomentumKineticHamiltonian property) luescher_nd (module) luescher_nd.database (module) luescher_nd.database.connection (module) luescher_nd.database.utilities (module) luescher_nd.hamiltonians (module) luescher_nd.hamiltonians.contact (module) luescher_nd.hamiltonians.kinetic (module) luescher_nd.hamiltonians.longrange (module) luescher_nd.operators (module) luescher_nd.operators.a1g (module)

luescher_nd.operators.parity (module) luescher_nd.plotting (module) luescher_nd.plotting.export (module) luescher_nd.plotting.styles (module) luescher_nd.plotting.utilities (module) luescher_nd.solvers (module) luescher_nd.solvers.contact (module) luescher_nd.utilities (module) luescher_nd.zeta (module) luescher_nd.zeta.zeta2d (module) luescher_nd.zeta.zeta3d (module)

M

mat() (PhenomLRHamiltonian property) mat_device() (PhenomLRHamiltonian property) mathify() (in module luescher_nd.plotting.styles)

MomentumContactHamiltonian (class in luescher_nd.hamiltonians.contact) MomentumKineticHamiltonian (class in luescher_nd.hamiltonians.kinetic) monotonous_bounds() (in module luescher_nd.plotting.utilities)

N

N() (DispersionZeta2D property) (DispersionZeta3D property)

O

op() (MomentumKineticHamiltonian property)

operator() (in module luescher_nd.operators.parity)

P

p2() (MomentumKineticHamiltonian property) p_cot_delta() (in module luescher_nd.hamiltonians.longrange) PhenomLRHamiltonian (class in luescher_nd.hamiltonians.longrange)

plot_ere_grid() (in module luescher_nd.plotting.utilities) potential() (PhenomLRHamiltonian property) projector() (in module luescher_nd.operators.a1g) (in module luescher_nd.operators.parity)

R

raw_data_to_plot_frame() (in module luescher_nd.plotting.utilities)

read_table() (in module luescher_nd.database.utilities) reducer() (in module luescher_nd.operators.a1g)

S

set_contact_strength() (MomentumContactHamiltonian method)

setup() (in module luescher_nd.plotting.styles) standard_luescher_grid() (in module luescher_nd.plotting.export)

Z

Zeta2D (class in luescher_nd.zeta.zeta2d)

Zeta3D (class in luescher_nd.zeta.zeta3d)