from g02_alt import penalty1, penalty2, quadratic_inequality
from mystic.math.measures import impose_product, impose_sum
def constraint1(x): # impose exactly
return impose_product(0.75, x)
def constraint2(x): # impose exactly
return impose_sum(7.5*len(x), x)
def penalty(x): return 0.0
penalty2 = quadratic_inequality(penalty2)(penalty)
penalty1 = quadratic_inequality(penalty1)(penalty)
if __name__ == '__main__':
bounds = bounds(len(xs))
from mystic.solvers import diffev2
from mystic.math import almostEqual
result = diffev2(objective, x0=bounds, bounds=bounds, constraint=constraint2, penalty=penalty1, npop=40, disp=False, full_output=True)
assert almostEqual(result[0], xs, rel=1e-2)
assert almostEqual(result[1], ys, rel=1e-2)
# EOF
from g02_alt import penalty1, penalty2, quadratic_inequality
from mystic.math.measures import impose_product, impose_sum
def constraint1(x): # impose exactly
return impose_product(0.75, x)
def constraint2(x): # impose exactly
return impose_sum(7.5*len(x), x)
def penalty(x): return 0.0
penalty2 = quadratic_inequality(penalty2)(penalty)
penalty1 = quadratic_inequality(penalty1)(penalty)
if __name__ == '__main__':
bounds = bounds(len(xs))
from mystic.solvers import diffev2
from mystic.math import almostEqual
result = diffev2(objective, x0=bounds, bounds=bounds, constraint=constraint2, penalty=penalty1, npop=40, disp=False, full_output=True)
assert almostEqual(result[0], xs, rel=1e-2)
assert almostEqual(result[1], ys, rel=1e-2)
# EOF