Data Types List

Here are the data types with brief descriptions:

[detail level 12345]

▼Npyoculus
▼Nintegrators
▼Nbase_integrator
CBaseIntegrator	Class that used to setup the ODE integrator
▼Nrk_integrator
CRKIntegrator	RKIntegrator wraps the explicit Runge-Kutta implimented in scipy.integrate.ode
▼Nproblems
▼Nbase_problem
CBaseProblem	Abstract class that used to drive calculation
▼Nbfield_problem
CBfieldProblem
▼Ncartesian_bfield
CCartesianBfield
▼Ncylindrical_bfield
CCylindricalBfield	Class that used to setup the cylindrical bfield problem used in ODE solver
▼Ncylindrical_problem
CCylindricalProblem
▼Ninterpolate_coordinates
▼CSurfacesToroidal	Toroidal surfaces object Define surfaces \(s(\vartheta, \zeta) \) and the angle transformations \( \theta (\vartheta, \zeta) \)
CCoordsOutput	Output class
▼Nm3dc1_bfield
CM3DC1Bfield	Class that used to setup the M3DC1 bfield problem used in ODE solver
▼Nqfm_bfield
CQFMBfield	Class that used to setup the bfield problem based on QFM
▼Nsimsgeo_biot_savart
CSimsgeoBiotSavart
▼Nspec_bfield
CSPECBfield	Class that used to setup the SPEC bfield problem for interfacing Fortran, used in ODE solver
▼Nspec_pjh
CSPECPJH	Class that used to setup the SPEC Pressure Jump Hamiltonian system for interfacing Fortran
▼Nspec_problem
CSPECProblem	Abstract class to setup the SPEC system for interfacing Fortran, used in ODE solver
▼Ntoroidal_bfield
CToroidalBfield
▼Ntoroidal_problem
CToroidalProblem
▼Ntwo_waves
CTwoWaves	A very simple (but still hard) problem for testing the tools and methods
▼Nsolvers
▼Nbase_solver
▼CBaseSolver	Abstract class that used to setup all other solvers
COutputData	Used to return the output data
▼Nfixed_point
CFixedPoint	Class that used to setup the fixed point finder
▼Nflux_surface_gr
CFluxSurfaceGR	Class that used to set up the flux surface finder
▼Nlyapunov_exponent
CLyapunovExponent	Class that used to setup the Lyapunov exponent computation
▼Npoincare_plot
CPoincarePlot	Class that used to setup the Poincare plot
▼Nqfm
CQFM