Defines a 4th order Rosenbrock integrator.
| procedure, public :: append_to_buffer => oi_append_to_buffer | ..\..\ Appends the supplied solution point to the internal solution buffer.<\p> |
| procedure, public :: attempt_step => rbrk_attempt_step | ..\..\ Attempts an integration step for this integrator.<\p> |
| procedure, public :: clear_buffer => oi_clear_buffer | ..\..\ Clears the contents of the buffer.<\p> |
| procedure, public :: compute_error_norm => oi_estimate_error | ..\..\ Computes the norm of the scaled error estimate.<\p> |
| procedure, public :: estimate_inital_step_size => oi_initial_step | ..\..\ Computes an estimate of an initial step size.<\p> |
| procedure, public :: estimate_next_step_size => rbrk_next_step | ..\..\ Estimates the next step size.<\p> |
| procedure, public :: get_absolute_tolerance => oi_get_abs_tol | ..\..\ Gets the absolute error tolerance.<\p> |
| procedure, public :: get_allow_overshoot => oi_get_allow_overshoot | ..\..\ Gets a value determining if the solver is allowed to overshoot the final value in the integration range.<\p> |
| procedure, public :: get_is_fsal => rbrk_get_is_fsal | ..\..\ Gets a logical parameter stating if this is a first-same-as-last (FSAL) integrator.<\p> |
| procedure, public :: get_maximum_step_size => oi_get_max_step | ..\..\ Gets the magnitude of the maximum allowed step size.<\p> |
| procedure, public :: get_minimum_step_size => oi_get_min_step | ..\..\ Gets the magnitude of the minimum allowed step size.<\p> |
| procedure, public :: get_order => rbrk_get_order | ..\..\ Gets the order of the integrator.<\p> |
| procedure, public :: get_relative_tolerance => oi_get_abs_tol | ..\..\ Gets the relative error tolerance.<\p> |
| procedure, public :: get_solution => oi_get_solution | ..\..\ Returns the solution computed by the integrator.<\p> |
| procedure, public :: get_stage_count => rbrk_get_stage_count | ..\..\ Gets the stage count for this integrator.<\p> |
| procedure, public :: get_step_limit => oi_get_step_limit | ..\..\ Gets the limit on the number of integration steps.<\p> |
| procedure, public :: get_step_size_control_parameter => oi_get_control_parameter | ..\..\ Gets the step size PI control parameter.<\p> |
| procedure, public :: get_step_size_factor => oi_get_safety_factor | ..\..\ Gets the step size safety factor.<\p> |
| procedure, public :: interpolate => rbrk_interp | ..\..\ Performs the interpolation.<\p> |
| procedure, public :: post_step_action => rbrk_set_up_interp | ..\..\ Sets up the interpolation process as the post-step action.<\p> |
| procedure, public :: pre_step_action => rbrk_form_matrix | ..\..\ Constructs the system matrix.<\p> |
| procedure, public :: set_absolute_tolerance => oi_set_abs_tol | ..\..\ Sets the absolute error tolerance.<\p> |
| procedure, public :: set_allow_overshoot => oi_set_allow_overshoot | ..\..\ Sets a value determining if the solver is allowed to overshoot the final value in the integration range.<\p> |
| procedure, public :: set_maximum_step_size => oi_set_max_step | ..\..\ Sets the magnitude of the maximum allowed step size.<\p> |
| procedure, public :: set_minimum_step_size => oi_set_min_step | ..\..\ Sets the magnitude of the minimum allowed step size.<\p> |
| procedure, public :: set_relative_tolerance => oi_set_abs_tol | ..\..\ Sets the relative error tolerance.<\p> |
| procedure, public :: set_step_limit => oi_set_step_limit | ..\..\ Sets the limit on the number of integration steps.<\p> |
| procedure, public :: set_step_size_control_parameter => oi_set_control_parameter | ..\..\ Sets the step size PI control parameter.<\p> |
| procedure, public :: set_step_size_factor => oi_set_safety_factor | ..\..\ Sets the step size safety factor.<\p> |
| procedure, public :: solve => ssi_ode_solver | ..\..\ Solves the supplied system of ODE's.<\p> |