kepler_newton

kepler_newton:
  Use Newton's method to seek a root of the kepler function.
it = 0  x =                    3  f(x) = 2.28224
it = 1  x =    3.765856211130886  f(x) = 0.065144
it = 2  x =    3.790693912837725  f(x) = 0.00036471
it = 3  x =    3.790834550863825  f(x) = 1.19566e-08
it = 4  x =     3.79083455547478  f(x) = -2.22045e-16

  Number of steps = 4
  f(3.79083) = -2.22045e-16
diary off
jump_newton

jump_newton:
  Use Newton's method to seek a root of the jump function.
it = 0  x =                    7  f(x) = 0.625277
it = 1  x =    7.329739105576416  f(x) = -0.015229
it = 2  x =    7.321840640954948  f(x) = 1.26005e-05
it = 3  x =    7.321847165413931  f(x) = 8.31424e-12
it = 4  x =    7.321847165418236  f(x) = 0

  Number of steps = 4
  f(7.32185) = 0
diary jump_newton.txt