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BubbleProfiler
0.3.0
by Peter Athron, Csaba Balazs, Michael Bardsley, Andrew Fowlie, Dylan Harries & Graham White
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BubbleProfiler
0.3.0
by Peter Athron, Csaba Balazs, Michael Bardsley, Andrew Fowlie, Dylan Harries & Graham White
|
| ▼NBubbleProfiler | |
| ▼Ndetail | |
| CState_algebra_dispatcher_helper | |
| CState_algebra_dispatcher_helper< Derived, typename boost::enable_if< typename boost::is_base_of< Eigen::ArrayBase< Derived >, Derived >::type >::type > | |
| CState_algebra_dispatcher_helper< Derived, typename boost::enable_if< typename boost::is_base_of< Eigen::MatrixBase< Derived >, Derived >::type >::type > | |
| ▼Nlogging | |
| CBasic_logger | |
| CDefault_log_message | |
| CLog_message | |
| CLogging_manager | |
| CAction_options | |
| CAlgebraic_potential | Implements a multi dimensional scalar field potential, which may be expressed as almost any algerbraic fucntion |
| CBubble_profiler_inputs | |
| CBVP_solver_error | Exception indicating failure to integrate BVP |
| CControlled_step_size_integrator | |
| CDomain_error | Exception indicating function evaluation out of allowed domain |
| CDummy_observer | A default observer that does not perform any actions when called |
| CError | |
| CField_profiles | Discretized set of field profiles |
| CFixed_step_size_integrator | |
| CFubini_options | |
| CGaussian_potential | Potential composed of two multivariate Gaussian functions |
| CGeneralized_fubini_observer | |
| CGeneralized_fubini_potential | |
| ▼CGSL_interpolator | Provides routines for carrying out 1D interpolation |
| CGSL_accel_deleter | |
| CGSL_spline_deleter | |
| CGSL_root_finder | |
| CInstream_profile_guesser | Provides guess for field profiles read from an input stream |
| CIO_error | Exception indicating generic input/output error |
| CKink_profile_guesser | Computes an initial guess for the bubble profile using a kink ansatz |
| CLogarithmic_observer | |
| CLogarithmic_options | |
| CLogarithmic_potential | |
| CNLopt_optimizer | |
| CNo_convergence_error | Exception indicating failure of iterative procedure to converge |
| CNot_implemented_error | |
| CNumerical_error | Exception indicating generic numerical error |
| COptimizer_error | Exception indicating that the optimizer failed to converge |
| COut_of_bounds_error | Exception indicating out of bounds access error |
| COut_of_memory_error | Exception indicating that memory allocation failed |
| CPerturbations_ODE_system | Class implementing the system of ODEs obeyed by profile perturbations |
| CPerturbative_profiler | Bounce solver using perturbative method |
| CPotential | Abstract base class for a generic potential |
| CProfile_convergence_tester | |
| CProfile_guesser | Abstract class to represent ansatz generators |
| CProfile_observer | Observes the profile during iteration and writes out profile, perturbations and action for each step to file |
| CProfiler_result | |
| CRAII_guard | Carries out provided clean-up actions at destruction |
| CRelative_convergence_tester | |
| CRestricted_quartic_potential | |
| CRoot_finder | |
| CScale_options | |
| CSetup_error | Exception indicating general setup error |
| CShooting | Solve the one-dimensional problem using the shooting method |
| CShooting_profile_guesser | Constructs a solution ansatz using the overshoot/undershoot method |
| CShooting_settings | |
| CState_algebra_dispatcher | |
| CTabulate_options | |
| CThin_wall_error | Exception indicating a thin-wall ansatz which we can't solve (yet!) |
| CThin_wall_observer | |
| CThin_wall_options | |
| CThin_wall_potential | Example thin wall potential as given by Coleman |
| ▼Npyshooting | |
| CSettings | |
| CGaussian_inputs |
1.8.11
