def test_constraint():
sch = ImageSchema(100)
with warnings.catch_warnings():
# TODO: we should really only supress overlap warnings here,
# but I am too lazy to figure it out right now, and I don't
# think we are likely to hit warnings here that won't get
# caught elsewhere -tgd 2013-12-01
warnings.simplefilter("ignore")
spheres = Spheres([Sphere(r=.5, center=(0,0,0)),
Sphere(r=.5, center=(0,0,par(.2)))])
model = Model(spheres, Multisphere.calc_holo, constraints=limit_overlaps())
coster = CostComputer(sch, model)
cost = coster._calc({'1:Sphere.center[2]' : .2})
assert_equal(cost, np.ones_like(sch)*np.inf)
def test_constraint():
sch = ImageSchema(100)
with warnings.catch_warnings():
# TODO: we should really only supress overlap warnings here,
# but I am too lazy to figure it out right now, and I don't
# think we are likely to hit warnings here that won't get
# caught elsewhere -tgd 2013-12-01
warnings.simplefilter("ignore")
spheres = Spheres([Sphere(r=.5, center=(0,0,0)),
Sphere(r=.5, center=(0,0,par(.2)))])
model = Model(spheres, Multisphere.calc_holo, constraints=limit_overlaps())
coster = CostComputer(sch, model)
cost = coster._calc({'1:Sphere.center[2]' : .2})
assert_equal(cost, np.ones_like(sch)*np.inf)
