radial_schrodinger

• radial_schrodinger package
  • Submodules
  • radial_schrodinger.analysis module
    • ConvergenceAnalyzer
      • ConvergenceAnalyzer.analyze_grid_convergence()
    • EnergyAnalyzer
      • EnergyAnalyzer.compare_with_theory()
    • WavefunctionProcessor
      • WavefunctionProcessor.analyze_asymptotic()
      • WavefunctionProcessor.get_derivatives()
      • WavefunctionProcessor.get_r0_values()
      • WavefunctionProcessor.normalize_wavefunction()
  • radial_schrodinger.main module
    • RadialSchrodingerSolver
      • RadialSchrodingerSolver.convergence_study()
      • RadialSchrodingerSolver.solve()
      • RadialSchrodingerSolver.solve_with_points()
    • main()
    • run_example()
  • radial_schrodinger.solver module
    • FiniteDifferenceSolver
      • FiniteDifferenceSolver.V_eff()
      • FiniteDifferenceSolver.construct_B_matrix()
      • FiniteDifferenceSolver.construct_hamiltonian()
      • FiniteDifferenceSolver.fd_solve()
    • ShootingSolver
      • ShootingSolver.V_eff()
      • ShootingSolver.integrate_inward()
      • ShootingSolver.shooting_solve()
  • radial_schrodinger.utils module
    • PotentialFunction
      • PotentialFunction.V_hydrogen()
      • PotentialFunction.V_lithium()
      • PotentialFunction.get_potential()
    • RadialGrid
      • RadialGrid.get_grid_info()
      • RadialGrid.setup_grid()
    • SolverConfig
      • SolverConfig.V_type
      • SolverConfig.config_summary
      • SolverConfig.delta
      • SolverConfig.j_max
      • SolverConfig.l
      • SolverConfig.method
      • SolverConfig.n
      • SolverConfig.n_states
      • SolverConfig.r_max
      • SolverConfig.r_min
      • SolverConfig.tol
    • WavefunctionTools
      • WavefunctionTools.count_nodes()
      • WavefunctionTools.get_analytic_hydrogen()
    • get_energy_bounds()
    • get_theoretical_values()
  • radial_schrodinger.visualization module
    • ResultVisualizer
      • ResultVisualizer.plot_convergence_study()
      • ResultVisualizer.plot_energy_scan()
      • ResultVisualizer.plot_wavefunction()
  • Module contents
    • ConvergenceAnalyzer
      • ConvergenceAnalyzer.analyze_grid_convergence()
    • EnergyAnalyzer
      • EnergyAnalyzer.compare_with_theory()
    • FiniteDifferenceSolver
      • FiniteDifferenceSolver.V_eff()
      • FiniteDifferenceSolver.construct_B_matrix()
      • FiniteDifferenceSolver.construct_hamiltonian()
      • FiniteDifferenceSolver.fd_solve()
    • PotentialFunction
      • PotentialFunction.V_hydrogen()
      • PotentialFunction.V_lithium()
      • PotentialFunction.get_potential()
    • RadialGrid
      • RadialGrid.get_grid_info()
      • RadialGrid.setup_grid()
    • RadialSchrodingerSolver
      • RadialSchrodingerSolver.convergence_study()
      • RadialSchrodingerSolver.solve()
      • RadialSchrodingerSolver.solve_with_points()
    • ResultVisualizer
      • ResultVisualizer.plot_convergence_study()
      • ResultVisualizer.plot_energy_scan()
      • ResultVisualizer.plot_wavefunction()
    • ShootingSolver
      • ShootingSolver.V_eff()
      • ShootingSolver.integrate_inward()
      • ShootingSolver.shooting_solve()
    • SolverConfig
      • SolverConfig.V_type
      • SolverConfig.config_summary
      • SolverConfig.delta
      • SolverConfig.j_max
      • SolverConfig.l
      • SolverConfig.method
      • SolverConfig.n
      • SolverConfig.n_states
      • SolverConfig.r_max
      • SolverConfig.r_min
      • SolverConfig.tol
    • WavefunctionProcessor
      • WavefunctionProcessor.analyze_asymptotic()
      • WavefunctionProcessor.get_derivatives()
      • WavefunctionProcessor.get_r0_values()
      • WavefunctionProcessor.normalize_wavefunction()
    • WavefunctionTools
      • WavefunctionTools.count_nodes()
      • WavefunctionTools.get_analytic_hydrogen()
    • get_energy_bounds()
    • get_theoretical_values()