MinigamePythonBeginner
scipy.optimize.newton
Python. Called in 2 tutorials; each line below leads to its place in the tutorial.
ToolPythonBeginner
Root finding with scipy.optimize: Halley's comet from Kepler's equation
- _, rn = newton(kepler, M, fprime=kepler_prime, args=(M,), full_output=True)
- _, rs = newton(kepler, M, args=(M,), full_output=True) # no fprime: secant
- E, converged, zero_der = newton(kepler, np.full_like(M, np.pi), fprime=kepler_prime,
- E_2061 = newton(kepler, np.pi, fprime=kepler_prime, args=(M_2061,)) # scalar call: raises if it fails
- _, res0 = newton(kepler, 0.0, fprime=kepler_prime, args=(1.0,), full_output=True)
- E_zero, ok_zero, _ = newton(kepler, np.zeros_like(M_grid), fprime=kepler_prime,
and 1 more line in this tutorial