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) Asymptotics (class in jitr.reactions.system) Ay (jitr.xs.elastic.ElasticXS 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_func_deriv() (in module jitr.utils.free_solutions) coulomb_phase_shift() (jitr.xs.elastic.DifferentialWorkspace method) CoulombAsymptotics (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) 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) energy_matrix() (jitr.rmatrix.rmatrix.Solver method) 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() (jitr.utils.free_solutions.CoulombAsymptotics static method) (jitr.utils.free_solutions.FreeAsymptotics static 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) FreeAsymptotics (class in jitr.utils.free_solutions)

G

G() (jitr.utils.free_solutions.CoulombAsymptotics static method) (jitr.utils.free_solutions.FreeAsymptotics static method) 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)

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)

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.LagrangeLaguerreQuadrature method) (jitr.quadrature.LagrangeLegendreQuadrature method) (jitr.quadrature.quadrature.LagrangeLaguerreQuadrature method) (jitr.quadrature.quadrature.LagrangeLegendreQuadrature method) (jitr.rmatrix.rmatrix.Solver method)

kinetic_operator_element() (jitr.quadrature.LagrangeLaguerreQuadrature method) (jitr.quadrature.LagrangeLegendreQuadrature method) (jitr.quadrature.quadrature.LagrangeLaguerreQuadrature method) (jitr.quadrature.quadrature.LagrangeLegendreQuadrature 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) 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)

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) 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)

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) 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_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) 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)