def test_update_from_dict(self, vel, json_):
deser = VelocityTS.deserialize(vel.serialize(json_))
vel2 = VelocityTS.new_from_dict(deser)
deser['name'] = 'vel2'
vel.update_from_dict(deser)
vel2.name = 'vel2'
assert vel.name == 'vel2'
assert vel == vel2
def test_update_from_dict(self, vel, json_):
deser = VelocityTS.deserialize(vel.serialize(json_))
vel2 = VelocityTS.new_from_dict(deser)
deser['name'] = 'vel2'
vel.update_from_dict(deser)
vel2.name = 'vel2'
assert vel.name == 'vel2'
assert vel == vel2
def test_deserialize(self, vel, json_):
dict_ = vel.serialize(json_)
dser = VelocityTS.deserialize(dict_)
print dser
assert dser['name'] == 'vel'
assert all(dser['time'] == dates2)
assert all(np.isclose(dser['data'][0], u_data))
def test_deserialize(self, vel, json_):
dict_ = vel.serialize(json_)
dser = VelocityTS.deserialize(dict_)
print dser
assert dser['name'] == 'vel'
assert all(dser['time'] == dates2)
assert all(np.isclose(dser['data'][0], u_data))
def test_construction(self, u, v):
vel = None
vel = VelocityTS(name='vel',
units='m/s',
time=dates2,
variables=[u_data, v_data],
extrapolate=False)
assert all(vel.variables[0].data == u_data)
#Using TimeSeriesProp objects
vel = VelocityTS(name='vel', variables=[u, v])
assert vel.time == vel.variables[0].time == vel.variables[1].time
#3 components
with pytest.raises(ValueError):
vel = VelocityTS(name='vel',
units='m/s',
time=dates2,
variables=[u_data, v_data, u_data],
extrapolate=False)
def test_new_from_dict(self, vel, json_):
deser = VelocityTS.deserialize(vel.serialize(json_))
vel2 = VelocityTS.new_from_dict(deser)
assert vel == vel2
def vel(u, v):
return VelocityTS(name='vel', variables=[u, v])
def test_new_from_dict(self, vel, json_):
deser = VelocityTS.deserialize(vel.serialize(json_))
vel2 = VelocityTS.new_from_dict(deser)
assert vel == vel2
