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pyoculus 0.1.1
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| ▼Npyoculus | |
| ▼Nintegrators | |
| Nbase_integrator | |
| Nrk_integrator | |
| Nsdc_integrator | |
| ▼Nirrationals | |
| Ncontinued_fraction | |
| ▼Nproblems | |
| Nbase_problem | |
| Nbfield_problem | |
| Ncartesian_bfield | |
| Ncylindrical_bfield | |
| Ncylindrical_problem | |
| Ninterpolate_coordinates | |
| Nm3dc1_bfield | |
| Nqfm_bfield | |
| Nsimsgeo_biot_savart | |
| Nspec_bfield | |
| Nspec_pjh | |
| Nspec_problem | |
| Ntoroidal_bfield | |
| Ntoroidal_problem | |
| Ntwo_waves | |
| ▼Nsolvers | |
| Nbase_solver | |
| Nfixed_point | |
| Nflux_surface_gr | |
| Nlyapunov_exponent | |
| Nmanifolds | |
| Npoincare_plot | |
| Nqfm | |
| Mspecbasefn | Fortran module that computes the radial basis functions, adapted basefn.f90 in SPEC main code |
| Mspecbfield | |
| Mspecconstants | Defines all the constants |
| Mspeccoords | Fortran module for SPEC problems, computing geometry relevant quantities |
| Mspecpjh | Fortran module for SPEC Pressure Jump Hamiltonian problems |
| Mspectypedefns | Defines the types used in the fortran module |
| Mspecvariables | The variables to be used in fortran, should be initialized in Python |