Here is a list of all data types members with links to the data types they belong to:

- _ -

• __init__() : pyoculus.integrators.base_integrator.BaseIntegrator, pyoculus.integrators.rk_integrator.RKIntegrator, pyoculus.problems.base_problem.BaseProblem, pyoculus.problems.bfield_problem.BfieldProblem, pyoculus.problems.cartesian_bfield.CartesianBfield, pyoculus.problems.cylindrical_bfield.CylindricalBfield, pyoculus.problems.cylindrical_problem.CylindricalProblem, pyoculus.problems.interpolate_coordinates.SurfacesToroidal, pyoculus.problems.interpolate_coordinates.SurfacesToroidal.CoordsOutput, pyoculus.problems.m3dc1_bfield.M3DC1Bfield, pyoculus.problems.qfm_bfield.QFMBfield, pyoculus.problems.simsgeo_biot_savart.SimsgeoBiotSavart, pyoculus.problems.spec_bfield.SPECBfield, pyoculus.problems.spec_pjh.SPECPJH, pyoculus.problems.spec_problem.SPECProblem, pyoculus.problems.toroidal_bfield.ToroidalBfield, pyoculus.problems.toroidal_problem.ToroidalProblem, pyoculus.problems.two_waves.TwoWaves, pyoculus.solvers.base_solver.BaseSolver, pyoculus.solvers.base_solver.BaseSolver.OutputData, pyoculus.solvers.fixed_point.FixedPoint, pyoculus.solvers.flux_surface_gr.FluxSurfaceGR, pyoculus.solvers.lyapunov_exponent.LyapunovExponent, pyoculus.solvers.poincare_plot.PoincarePlot, pyoculus.solvers.qfm.QFM
• _B : pyoculus.problems.m3dc1_bfield.M3DC1Bfield
• _begin : pyoculus.solvers.poincare_plot.PoincarePlot
• _bs : pyoculus.problems.simsgeo_biot_savart.SimsgeoBiotSavart
• _cnzq : pyoculus.solvers.qfm.QFM
• _dz : pyoculus.solvers.qfm.QFM
• _end : pyoculus.solvers.poincare_plot.PoincarePlot
• _fixed_coords : pyoculus.solvers.poincare_plot.PoincarePlot
• _integrator : pyoculus.solvers.base_solver.BaseSolver
• _integrator_params : pyoculus.solvers.base_solver.BaseSolver
• _integrator_type : pyoculus.solvers.base_solver.BaseSolver
• _inv_Jacobian() : pyoculus.problems.cartesian_bfield.CartesianBfield
• _is_cylindrical_problem : pyoculus.solvers.fixed_point.FixedPoint, pyoculus.solvers.poincare_plot.PoincarePlot
• _mlist : pyoculus.problems.interpolate_coordinates.SurfacesToroidal
• _MM : pyoculus.solvers.qfm.QFM
• _newton_method_1() : pyoculus.solvers.fixed_point.FixedPoint
• _newton_method_2() : pyoculus.solvers.fixed_point.FixedPoint
• _newton_method_3() : pyoculus.solvers.fixed_point.FixedPoint
• _nlist : pyoculus.problems.interpolate_coordinates.SurfacesToroidal, pyoculus.solvers.qfm.QFM
• _nzq : pyoculus.solvers.qfm.QFM
• _pack_dof() : pyoculus.solvers.qfm.QFM
• _params : pyoculus.integrators.base_integrator.BaseIntegrator, pyoculus.integrators.rk_integrator.RKIntegrator, pyoculus.solvers.base_solver.BaseSolver, pyoculus.solvers.lyapunov_exponent.LyapunovExponent
• _pqMpol : pyoculus.solvers.qfm.QFM
• _pqNtor : pyoculus.solvers.qfm.QFM
• _problem : pyoculus.solvers.base_solver.BaseSolver
• _R0 : pyoculus.problems.cylindrical_problem.CylindricalProblem
• _run_poincare() : pyoculus.solvers.poincare_plot.PoincarePlot
• _scn_d1 : pyoculus.problems.interpolate_coordinates.SurfacesToroidal
• _scn_d2 : pyoculus.problems.interpolate_coordinates.SurfacesToroidal
• _scn_int : pyoculus.problems.interpolate_coordinates.SurfacesToroidal
• _snzq : pyoculus.solvers.qfm.QFM
• _ssn_d1 : pyoculus.problems.interpolate_coordinates.SurfacesToroidal
• _ssn_d2 : pyoculus.problems.interpolate_coordinates.SurfacesToroidal
• _ssn_int : pyoculus.problems.interpolate_coordinates.SurfacesToroidal
• _straighten_boundary() : pyoculus.solvers.qfm.QFM
• _tcn_d1 : pyoculus.problems.interpolate_coordinates.SurfacesToroidal
• _tcn_d2 : pyoculus.problems.interpolate_coordinates.SurfacesToroidal
• _tcn_int : pyoculus.problems.interpolate_coordinates.SurfacesToroidal
• _test_fun() : pyoculus.integrators.rk_integrator.RKIntegrator
• _tsn_d1 : pyoculus.problems.interpolate_coordinates.SurfacesToroidal
• _tsn_d2 : pyoculus.problems.interpolate_coordinates.SurfacesToroidal
• _tsn_int : pyoculus.problems.interpolate_coordinates.SurfacesToroidal
• _unpack_dof() : pyoculus.solvers.qfm.QFM
• _Z0 : pyoculus.problems.cylindrical_problem.CylindricalProblem
• _zeta : pyoculus.solvers.qfm.QFM