examples['rand32'] = dict(model=bdse_random(n=3, k=2),
desc="")
examples['indip1'] = dict(model=bdse_ex_one_command_indip(n=1, k=1),
desc="")
examples['indip3'] = dict(model=bdse_ex_one_command_indip(n=3, k=3),
desc="")
examples['indip_3_1'] = dict(model=bdse_ex_one_command_indip(n=3, k=1),
desc="")
return examples
all_bdse_examples = bdse_examples()
for_all_bdse_examples = fancy_test_decorator(
lister=lambda: list(all_bdse_examples.keys()),
arguments=lambda eid: (eid, all_bdse_examples[eid]['model']),
attributes=lambda eid: dict(bdse_model=eid))
@for_all_bdse_examples
def check_instantiation(mid, model):
pass
@for_all_bdse_examples
def check_simulation(mid, model): # @UnusedVariable
y0 = lambda: np.random.rand(model.get_y_shape())
u_dist = lambda: np.random.rand(model.get_u_shape())
simulator = BDSSimulator(model, y0, u_dist)
for _ in simulator.get_simulation(10, 0.1):
pass
''' Some utilities for testing. '''
from diffeo2d.diffeo_basic import diffeomorphism_from_function
from diffeo2s.library import DiffeoLibrary
from geometry.manifolds.tests.checks_generation import fancy_test_decorator
for_all_diffeos = fancy_test_decorator(
lister=lambda: list(DiffeoLibrary.diffeos.keys()),
arguments=lambda fid: (fid, DiffeoLibrary.diffeos[fid]),
attributes=lambda fid: dict(diffeo=fid))
def dd_lister():
return list(DiffeoLibrary.diffeos.keys())
def dd_get(id_diffeo):
shape = (64, 64)
func = DiffeoLibrary.diffeos[id_diffeo]
D = diffeomorphism_from_function(shape, func)
return (id_diffeo, D)
for_all_dd = fancy_test_decorator(lister=dd_lister,
arguments=dd_get,
attributes=lambda ddid: dict(dd=ddid))
for_all_diffeo_pairs = fancy_test_decorator(
lister=lambda: list(DiffeoLibrary.get_invertible_diffeos()),
arguments=lambda pair: (pair[0].__name__, pair[0],
pair[1].__name__, pair[1]),
naming=lambda pair: '%s-%s' % (pair[0].__name__, pair[1].__name__))
