package owl-ode

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module Euler : Types.Solver with type state = mat and type f = mat -> float -> mat and type step_output = mat * float and type solve_output = mat * mat
module Midpoint : Types.Solver with type state = mat and type f = mat -> float -> mat and type step_output = mat * float and type solve_output = mat * mat
module RK4 : Types.Solver with type state = mat and type f = mat -> float -> mat and type step_output = mat * float and type solve_output = mat * mat
module RK23 : Types.Solver with type state = mat and type f = mat -> float -> mat and type step_output = mat * float * float * bool and type solve_output = mat * mat

Default tol = 1e-7

module RK45 : Types.Solver with type state = mat and type f = mat -> float -> mat and type step_output = mat * float * float * bool and type solve_output = mat * mat
val euler : (module Types.Solver with type f = mat -> float -> mat and type solve_output = mat * mat and type state = mat and type step_output = mat * float)
val midpoint : (module Types.Solver with type f = mat -> float -> mat and type solve_output = mat * mat and type state = mat and type step_output = mat * float)
val rk4 : (module Types.Solver with type f = mat -> float -> mat and type solve_output = mat * mat and type state = mat and type step_output = mat * float)
val rk23 : tol:float -> dtmax:float -> (module Types.Solver with type f = mat -> float -> mat and type solve_output = mat * mat and type state = mat and type step_output = mat * float * float * bool)
val rk45 : tol:float -> dtmax:float -> (module Types.Solver with type f = mat -> float -> mat and type solve_output = mat * mat and type state = mat and type step_output = mat * float * float * bool)
val to_state_array : ?axis:int -> (int * int) -> mat -> mat array
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