dymad.numerics.time_int

Functions

fe_step(f, t, x, dt, **kwargs)	Perform a single Forward Euler integration step.
rk4_step(f, t, x, dt, **kwargs)	Perform a single Runge-Kutta 4th order (RK4) integration step.

dymad.numerics.time_int.fe_step(f, t, x, dt, **kwargs)

Perform a single Forward Euler integration step.

Parameters:

• f – Function that computes the derivative dx/dt = f(t, x, **kwargs).

• t – Current time.

• x – Current state vector.

• dt – Time step for the integration.

• **kwargs – Additional arguments to pass to the function f.

dymad.numerics.time_int.rk4_step(f, t, x, dt, **kwargs)

Perform a single Runge-Kutta 4th order (RK4) integration step.

Parameters:

• f – Function that computes the derivative dx/dt = f(t, x, **kwargs).

• t – Current time.

• x – Current state vector.

• dt – Time step for the integration.

• **kwargs – Additional arguments to pass to the function f.