sig
val setup :
('d, 'k, 's, [ `Sens ]) Sundials_NonlinearSolver.t ->
y:('d, 'k) Sundials_NonlinearSolver.Senswrapper.t -> 's -> unit
val solve :
('d, 'k, 's, [ `Sens ]) Sundials_NonlinearSolver.t ->
y0:('d, 'k) Sundials_NonlinearSolver.Senswrapper.t ->
ycor:('d, 'k) Sundials_NonlinearSolver.Senswrapper.t ->
w:('d, 'k) Sundials_NonlinearSolver.Senswrapper.t ->
float -> bool -> 's -> unit
val set_sys_fn :
('d, 'k, 's, [ `Sens ]) Sundials_NonlinearSolver.t ->
(('d, 'k) Sundials_NonlinearSolver.Senswrapper.t, 's)
Sundials_NonlinearSolver.sysfn -> unit
val set_lsolve_fn :
('d, 'k, 's, [ `Sens ]) Sundials_NonlinearSolver.t ->
(('d, 'k) Sundials_NonlinearSolver.Senswrapper.t, 's)
Sundials_NonlinearSolver.lsolvefn -> unit
val assert_not_oconvtestfn :
('nv1, 's, [ `Sens ]) Sundials_NonlinearSolver.convtestfn ->
('nv2, 's, [ `Sens ]) Sundials_NonlinearSolver.convtestfn
val set_convtest_fn :
('d, 'k, 's, [ `Sens ]) Sundials_NonlinearSolver.t ->
(('d, 'k) Sundials_NonlinearSolver.Senswrapper.t, 's, [ `Sens ])
Sundials_NonlinearSolver.convtestfn -> unit
end