def dilated_hump(xs, j):
""" Loosely based on h1 function """
origin = 0, 0
xs_rotated = rotate(origin=origin, point=xs, angle=j * math.pi / 2)
xs_dilated = [(x * 100) * (i + 1) for i, x in enumerate(xs_rotated)]
return -h1(
individual=xs_dilated)[0] + 0.0005 * np.linalg.norm(xs_dilated)
def h1_arg0(sol):
return benchmarks.h1(sol)[0]
def evalOneMax(individual):
return sum(benchmarks.h1(individual)),
def h1_arg0(sol):
return benchmarks.h1(sol)[0]
def evalBenchmark(individual):
return benchmarks.h1(individual)