Index

A

A (jitr.reactions.reaction.Nucleus attribute) (jitr.reactions.reaction.Particle attribute) (jitr.utils.density.DensityTable attribute) a (jitr.utils.density.TwoParameterFermiDensity attribute) AbsorptionReaction (class in jitr.reactions.reaction)

amplitudes_from_tmatrix() (jitr.xs.quasielastic_pn.Workspace method) as_local_potential() (in module jitr.xs.quasielastic_pn) as_optional_local_potential() (in module jitr.xs.quasielastic_pn) Asymptotics (class in jitr.reactions.system) Ay (jitr.xs.elastic.ElasticXS attribute) (jitr.xs.quasielastic_pn.QuasielasticPnXS attribute)

B

binding_energy() (in module jitr.utils.mass)

block() (in module jitr.utils.utils) build_from_system() (jitr.xs.elastic.DifferentialWorkspace class method)

C

calculate_params() (in module jitr.optical_potentials.chuq) (in module jitr.optical_potentials.kduq) (in module jitr.optical_potentials.wlh) central() (in module jitr.optical_potentials.chuq) (in module jitr.optical_potentials.kduq) (in module jitr.optical_potentials.omp) (in module jitr.optical_potentials.wlh) ChannelKinematics (class in jitr.utils.kinematics) Channels (class in jitr.reactions.system) check_angles() (in module jitr.xs.elastic) CHUQ (class in jitr.optical_potentials.chuq) classical_kinematics() (in module jitr.utils.kinematics) classical_kinematics_cm() (in module jitr.utils.kinematics) cluster_separation_energy() (in module jitr.reactions.reaction) cm_to_lab_frame() (in module jitr.utils.kinematics)

coeffs_A (jitr.folding.jlm.JLMParameterization attribute) coeffs_B (jitr.folding.jlm.JLMParameterization attribute) coeffs_C (jitr.folding.jlm.JLMParameterization attribute) coeffs_D (jitr.folding.jlm.JLMParameterization attribute) coeffs_E_F (jitr.folding.jlm.JLMParameterization attribute) coeffs_F (jitr.folding.jlm.JLMParameterization attribute) complex_det() (in module jitr.utils.utils) compound_system (jitr.reactions.reaction.Reaction attribute) compound_system_threshold (jitr.reactions.reaction.Reaction attribute) coulomb_amplitude() (jitr.xs.elastic.DifferentialWorkspace method) coulomb_charged_sphere() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms) coulomb_correction() (in module jitr.optical_potentials.chuq) coulomb_hankel_table() (in module jitr.utils.free_solutions) coulomb_phase_shift() (jitr.xs.elastic.DifferentialWorkspace method) CoulombHankelTable (class in jitr.utils.free_solutions)

D

D_damping (jitr.folding.jlm.JLMParameterization attribute) decouple() (jitr.reactions.system.Asymptotics method) (jitr.reactions.system.Channels method) delta() (in module jitr.utils.utils) Delta_C() (in module jitr.folding.jlm) delta_VC() (in module jitr.optical_potentials.kduq) densities() (in module jitr.utils.density) (jitr.utils.density.DensityTable method) density_from_array() (in module jitr.utils.density) density_models() (in module jitr.utils.density) density_table() (in module jitr.utils.density) density_targets() (in module jitr.utils.density) DensityTable (class in jitr.utils.density)

differential_elastic_xs() (in module jitr.xs.elastic) DifferentialWorkspace (class in jitr.xs.elastic) differentiate() (jitr.folding.folding.ILDAFolder method) double_fourier_bessel_transform() (jitr.quadrature.Kernel method) (jitr.quadrature.kernel.Kernel method) double_integrate_nonlocal() (jitr.quadrature.Kernel method) (jitr.quadrature.kernel.Kernel method) dr (jitr.utils.density.DensityTable attribute) dsdo (jitr.xs.elastic.ElasticXS attribute) (jitr.xs.quasielastic_pn.QuasielasticPnXS attribute) dwba_local() (jitr.quadrature.Kernel method) (jitr.quadrature.kernel.Kernel method) dwba_nonlocal() (jitr.quadrature.Kernel method) (jitr.quadrature.kernel.Kernel method)

E

e2 (jitr.folding.folding.ILDAFolder attribute) E_F_blend_energy (jitr.folding.jlm.JLMParameterization attribute) E_F_blend_width (jitr.folding.jlm.JLMParameterization attribute) E_mass() (in module jitr.folding.jlm) Ecm (jitr.utils.kinematics.ChannelKinematics attribute) Ef (jitr.reactions.reaction.Reaction attribute) eff_mass() (in module jitr.folding.jlm) Efn (jitr.reactions.reaction.Nucleus attribute) Efp (jitr.reactions.reaction.Nucleus attribute) Elab (jitr.utils.kinematics.ChannelKinematics attribute) ElasticReaction (class in jitr.reactions.reaction)

ElasticXS (class in jitr.xs.elastic) Electron (class in jitr.reactions.reaction) eta (jitr.utils.kinematics.ChannelKinematics attribute) eval_scaled_interaction() (in module jitr.utils.utils) eval_scaled_nonlocal_interaction() (in module jitr.utils.utils) evaluate() (jitr.optical_potentials.chuq.CHUQ method) (jitr.optical_potentials.kduq.KDUQ method) (jitr.optical_potentials.LocalOpticalPotential method) (jitr.optical_potentials.omp.LocalOpticalPotential method) (jitr.optical_potentials.omp.SingleChannelOpticalModel method) (jitr.optical_potentials.SingleChannelOpticalModel method) (jitr.optical_potentials.wlh.WLH method)

F

f() (jitr.quadrature.Kernel method) (jitr.quadrature.kernel.Kernel method) f_c (jitr.xs.elastic.DifferentialWorkspace attribute) F_damping (jitr.folding.jlm.JLMParameterization attribute)

fermi_energy_MeV() (in module jitr.folding.jlm) fourier_bessel_transform() (jitr.quadrature.Kernel method) (jitr.quadrature.kernel.Kernel method) free_matrix() (jitr.rmatrix.rmatrix.Solver method) from_table() (jitr.reactions.system.Asymptotics class method)

G

Gamma (class in jitr.reactions.reaction) GammaCaptureReaction (class in jitr.reactions.reaction) Gamow_factor() (in module jitr.utils.free_solutions) gaussian_fold() (jitr.folding.folding.ILDAFolder method) generate_laguerre_quadrature() (in module jitr.quadrature) (in module jitr.quadrature.quadrature) generate_legendre_quadrature() (in module jitr.quadrature) (in module jitr.quadrature.quadrature) get_ch89() (in module jitr.optical_potentials.chuq) get_channel_block() (jitr.rmatrix.rmatrix.Solver method) get_kd03() (in module jitr.optical_potentials.kduq) get_latex() (in module jitr.reactions.reaction) get_param_names() (in module jitr.optical_potentials.chuq) (in module jitr.optical_potentials.kduq) (in module jitr.optical_potentials.wlh)

get_params() (jitr.optical_potentials.chuq.Global method) (jitr.optical_potentials.kduq.Global method) (jitr.optical_potentials.wlh.Global method) get_partial_wave_channels() (jitr.reactions.system.ProjectileTargetSystem method) get_samples() (in module jitr.optical_potentials.chuq) (in module jitr.optical_potentials.kduq) (in module jitr.optical_potentials.wlh) get_symbol() (in module jitr.reactions.reaction) Global (class in jitr.optical_potentials.chuq) (class in jitr.optical_potentials.kduq) (class in jitr.optical_potentials.wlh)

H

H_minus() (in module jitr.utils.free_solutions) H_minus_prime() (in module jitr.utils.free_solutions) H_plus() (in module jitr.utils.free_solutions) H_plus_prime() (in module jitr.utils.free_solutions)

Hm (jitr.utils.free_solutions.CoulombHankelTable attribute) Hmp (jitr.utils.free_solutions.CoulombHankelTable attribute) Hp (jitr.utils.free_solutions.CoulombHankelTable attribute) Hpp (jitr.utils.free_solutions.CoulombHankelTable attribute)

I

ILDAFolder (class in jitr.folding.folding) InclusiveReaction (class in jitr.reactions.reaction) InelasticReaction (class in jitr.reactions.reaction) init_density_db() (in module jitr.utils.density) init_mass_db() (in module jitr.utils.mass) integral_elastic_xs() (in module jitr.xs.elastic) IntegralWorkspace (class in jitr.xs.elastic)

integrate() (jitr.folding.folding.ILDAFolder method) integrate_local() (jitr.quadrature.Kernel method) (jitr.quadrature.kernel.Kernel method) interaction_matrix() (jitr.rmatrix.rmatrix.Solver method) interaction_range() (in module jitr.utils.utils) interp_to_quad() (jitr.folding.folding.ILDAFolder method) isovector_factor() (in module jitr.xs.quasielastic_pn)

J

jitr module jitr.folding.folding module jitr.folding.jlm module jitr.optical_potentials module jitr.optical_potentials.chuq module jitr.optical_potentials.kduq module jitr.optical_potentials.omp module jitr.optical_potentials.potential_forms module jitr.optical_potentials.wlh module jitr.quadrature module jitr.quadrature.kernel module jitr.quadrature.quadrature module jitr.reactions.reaction module

jitr.reactions.system module jitr.reactions.wavefunction module jitr.rmatrix.rmatrix module jitr.utils.constants module jitr.utils.density module jitr.utils.free_solutions module jitr.utils.kinematics module jitr.utils.mass module jitr.utils.poly module jitr.utils.utils module jitr.xs.elastic module jitr.xs.quasielastic_pn module JLMParameterization (class in jitr.folding.jlm)

K

k (jitr.utils.kinematics.ChannelKinematics attribute) KDUQ (class in jitr.optical_potentials.kduq) Kernel (class in jitr.quadrature) (class in jitr.quadrature.kernel)

kinematics() (jitr.reactions.reaction.Reaction method) kinematics_cm() (jitr.reactions.reaction.Reaction method) kinematics_exit() (jitr.reactions.reaction.Reaction method) kinetic_matrix() (jitr.quadrature.LagrangeQuadrature method) (jitr.quadrature.quadrature.LagrangeQuadrature method)

L

lab_to_cm_frame() (in module jitr.utils.kinematics) LagrangeLaguerreQuadrature (class in jitr.quadrature) (class in jitr.quadrature.quadrature) LagrangeLegendreQuadrature (class in jitr.quadrature) (class in jitr.quadrature.quadrature) LagrangeQuadrature (class in jitr.quadrature) (class in jitr.quadrature.quadrature) laguerre() (in module jitr.quadrature) (in module jitr.quadrature.quadrature) lambda_v0() (in module jitr.folding.jlm) lambda_v1() (in module jitr.folding.jlm) lambda_vso() (in module jitr.folding.jlm) lambda_w0() (in module jitr.folding.jlm)

lambda_w1() (in module jitr.folding.jlm) lambda_wso() (in module jitr.folding.jlm) latex() (jitr.reactions.reaction.Electron method) (jitr.reactions.reaction.Gamma method) (jitr.reactions.reaction.Nucleus method) (jitr.reactions.reaction.Particle method) (jitr.reactions.reaction.Positron method) legendre() (in module jitr.quadrature) (in module jitr.quadrature.quadrature) local_jlm_real_mode (jitr.folding.jlm.JLMParameterization attribute) LocalOpticalPotential (class in jitr.optical_potentials) (class in jitr.optical_potentials.omp) low_energy_E_F_coeffs (jitr.folding.jlm.JLMParameterization attribute) low_energy_E_F_offset (jitr.folding.jlm.JLMParameterization attribute)

M

m0 (jitr.reactions.reaction.Particle attribute) m_tilde_over_m() (in module jitr.folding.jlm) mass() (in module jitr.utils.mass) mass_db_row() (in module jitr.utils.mass) mass_excess() (in module jitr.utils.mass) mass_kwargs (jitr.reactions.reaction.Nucleus attribute) mass_models() (in module jitr.utils.mass) matrix_local() (jitr.quadrature.Kernel method) (jitr.quadrature.kernel.Kernel method) matrix_nonlocal() (jitr.quadrature.Kernel method) (jitr.quadrature.kernel.Kernel method) matter_density() (in module jitr.utils.density) (jitr.utils.density.DensityTable method) model (jitr.utils.density.DensityTable attribute) module jitr jitr.folding.folding jitr.folding.jlm jitr.optical_potentials jitr.optical_potentials.chuq jitr.optical_potentials.kduq jitr.optical_potentials.omp jitr.optical_potentials.potential_forms jitr.optical_potentials.wlh jitr.quadrature jitr.quadrature.kernel jitr.quadrature.quadrature jitr.reactions.reaction jitr.reactions.system jitr.reactions.wavefunction jitr.rmatrix.rmatrix jitr.utils.constants jitr.utils.density jitr.utils.free_solutions jitr.utils.kinematics jitr.utils.mass jitr.utils.poly jitr.utils.utils jitr.xs.elastic jitr.xs.quasielastic_pn

mu (jitr.utils.kinematics.ChannelKinematics attribute)

N

N (jitr.utils.density.DensityTable property) (jitr.utils.density.TwoParameterFermiDensity attribute) name (jitr.folding.jlm.JLMParameterization attribute) neutron_density() (in module jitr.utils.density) (jitr.utils.density.DensityTable method) neutron_density_grid (jitr.utils.density.DensityTable attribute)

neutron_fermi_energy() (in module jitr.utils.mass) neutron_separation_energy() (in module jitr.utils.mass) nonlocal_radial_grids() (jitr.quadrature.Kernel method) (jitr.quadrature.kernel.Kernel method) (jitr.rmatrix.rmatrix.Solver method) Nucleus (class in jitr.reactions.reaction)

O

observables() (jitr.xs.quasielastic_pn.Workspace method)

observables_from_tmatrix() (jitr.xs.quasielastic_pn.Workspace method)

P

parse() (jitr.reactions.reaction.Particle class method) Particle (class in jitr.reactions.reaction) perey_buck_nonlocal() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms) pn_observables() (in module jitr.xs.quasielastic_pn) pn_potentials() (in module jitr.xs.quasielastic_pn) poly1d() (in module jitr.utils.poly) poly1d_deriv() (in module jitr.utils.poly) poly2d() (in module jitr.utils.poly) poly2d_deriv() (in module jitr.utils.poly) Positron (class in jitr.reactions.reaction)

potential_JLM() (in module jitr.folding.jlm) potential_JLMB() (in module jitr.folding.jlm) precompute_boundaries() (jitr.rmatrix.rmatrix.Solver method) process (jitr.reactions.reaction.Reaction attribute) product (jitr.reactions.reaction.Reaction attribute) projectile (jitr.reactions.reaction.Reaction attribute) ProjectileTargetSystem (class in jitr.reactions.system) proton_density() (in module jitr.utils.density) (jitr.utils.density.DensityTable method) proton_density_grid (jitr.utils.density.DensityTable attribute) proton_fermi_energy() (in module jitr.utils.mass) proton_separation_energy() (in module jitr.utils.mass)

Q

q (jitr.reactions.reaction.Particle attribute) Q (jitr.reactions.reaction.Reaction attribute) (jitr.xs.elastic.ElasticXS attribute) (jitr.xs.quasielastic_pn.QuasielasticPnXS attribute)

QuasielasticPnXS (class in jitr.xs.quasielastic_pn)

R

R (jitr.utils.density.TwoParameterFermiDensity attribute) radial_grid (jitr.utils.density.DensityTable attribute) radial_grid() (jitr.quadrature.Kernel method) (jitr.quadrature.kernel.Kernel method) (jitr.rmatrix.rmatrix.Solver method) (jitr.xs.elastic.DifferentialWorkspace method) (jitr.xs.elastic.IntegralWorkspace method) (jitr.xs.quasielastic_pn.Workspace method) radius_factor() (jitr.optical_potentials.LocalOpticalPotential method) (jitr.optical_potentials.omp.LocalOpticalPotential method) Reaction (class in jitr.reactions.reaction)

reaction_latex (jitr.reactions.reaction.Reaction attribute) reaction_string (jitr.reactions.reaction.Reaction attribute) read_rad_file() (in module jitr.utils.density) regular_inverse_r() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms) residual (jitr.reactions.reaction.Reaction attribute) resolve_parameterization() (in module jitr.folding.jlm) rho0 (jitr.utils.density.TwoParameterFermiDensity attribute) rms_radius() (jitr.folding.folding.ILDAFolder method) rutherford (jitr.xs.elastic.DifferentialWorkspace attribute) rutherford_xs() (jitr.xs.elastic.DifferentialWorkspace method) rxn (jitr.xs.elastic.ElasticXS attribute)

S

scalar_couplings() (in module jitr.reactions.system) schrodinger_eqn_ivp_order1() (in module jitr.utils.utils) second_derivative_op() (in module jitr.utils.utils) semi_relativistic_kinematics() (in module jitr.utils.kinematics) SingleChannelOpticalModel (class in jitr.optical_potentials) (class in jitr.optical_potentials.omp) smatrix() (in module jitr.utils.utils) (jitr.xs.elastic.IntegralWorkspace method) solve() (jitr.rmatrix.rmatrix.Solver method) Solver (class in jitr.rmatrix.rmatrix) spin_half_orbit_coupling() (in module jitr.reactions.system)

spin_half_transition_geometry() (in module jitr.xs.quasielastic_pn) spin_orbit() (in module jitr.optical_potentials.chuq) (in module jitr.optical_potentials.kduq) (in module jitr.optical_potentials.omp) (in module jitr.optical_potentials.wlh) spin_orbit_jlmb() (in module jitr.folding.jlm) suggested_basis_size() (in module jitr.utils.utils) suggested_dimensionless_channel_radius() (in module jitr.utils.utils) surface_peaked_gaussian_potential() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms) symbol (jitr.utils.density.DensityTable attribute) System (class in jitr.xs.quasielastic_pn)

T

t (jitr.xs.elastic.ElasticXS attribute) target (jitr.reactions.reaction.Reaction attribute) these_things_are_all_nuclei() (in module jitr.reactions.reaction) thomas_mean_square_radius() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms) thomas_safe() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms) thomas_volume_integral() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms)

threshold (jitr.reactions.reaction.Reaction attribute) tmatrix() (jitr.xs.quasielastic_pn.Workspace method) to_cm_frame() (jitr.reactions.reaction.Reaction method) to_lab_frame() (jitr.reactions.reaction.Reaction method) TotalReaction (class in jitr.reactions.reaction) transmission_coefficients() (jitr.xs.elastic.IntegralWorkspace method) two_parameter_fermi() (in module jitr.utils.density) TwoParameterFermiDensity (class in jitr.utils.density)

U

uext() (jitr.reactions.wavefunction.Wavefunctions method)

uint() (jitr.reactions.wavefunction.Wavefunctions method) uniform_array_from_scalar_or_array() (in module jitr.reactions.system)

V

V0() (in module jitr.folding.jlm) V1() (in module jitr.folding.jlm)

V_coulomb() (jitr.folding.folding.ILDAFolder method) Vso() (in module jitr.optical_potentials.kduq) Vv() (in module jitr.optical_potentials.kduq)

W

W0() (in module jitr.folding.jlm) W1() (in module jitr.folding.jlm) Wavefunctions (class in jitr.reactions.wavefunction) Wd() (in module jitr.optical_potentials.kduq) WLH (class in jitr.optical_potentials.wlh) woods_saxon_mean_square_radius() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms) woods_saxon_potential() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms) woods_saxon_prime() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms) woods_saxon_prime_mean_square_radius() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms)

woods_saxon_prime_safe() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms) woods_saxon_prime_volume_integral() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms) woods_saxon_safe() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms) woods_saxon_volume_integral() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms) Workspace (class in jitr.xs.quasielastic_pn) write_density_npz() (in module jitr.utils.density) Wso() (in module jitr.optical_potentials.kduq) Wv() (in module jitr.optical_potentials.kduq)

X

xs() (jitr.xs.elastic.DifferentialWorkspace method) (jitr.xs.elastic.IntegralWorkspace method) (jitr.xs.quasielastic_pn.Workspace method)

Y

yamaguchi_potential() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms)

yamaguchi_swave_delta() (in module jitr.optical_potentials) (in module jitr.optical_potentials.potential_forms)

Z

Z (jitr.reactions.reaction.Nucleus attribute) (jitr.reactions.reaction.Particle attribute) (jitr.utils.density.DensityTable attribute)

Z_from_density() (jitr.folding.folding.ILDAFolder method)