def test_BinnedSpikes():
bs = BinnedSpikes(
numbers_int,
[numbers2[0], numbers2[1]],
time_units[1])
assert sa_asserts.sa_access(bs)
assert i_asserts.interval(bs, start=numbers2[0], stop=numbers2[1])
assert i_asserts.sampled_signal(bs)
assert i_asserts.quantity(bs, (np_numbers_int ** 2).max())
def test_SpikeTimes():
st = SpikeTimes(numbers, units[0])
assert sa_asserts.sa_access(st)
assert i_asserts.interval(st, start=np_numbers.min(), stop=np_numbers.max())
assert i_asserts.sampled_signal(st)
assert i_asserts.quantity(st.signal_base, (np_numbers ** 2).max())
assert st.signal_base.units == units[0]
assert np.array_equal(st.signal_base.amount, numbers)
assert st.signal.mean() == 1
def test_RegularlySampledSignal():
rsts = RegularlySampledSignal(
numbers,
units[0],
[numbers2[0], numbers2[1]],
units[1])
assert sa_asserts.sa_access(rsts)
assert i_asserts.interval(rsts, start=numbers2[0], stop=numbers2[1])
assert i_asserts.sampled_signal(rsts)
assert i_asserts.quantity(rsts, (np_numbers ** 2).max())
def test_SampledSignal():
sts = SampledSignal(
numbers,
units[0],
signal_base_amount=numbers2,
signal_base_units=units[1])
assert sa_asserts.sa_access(sts)
assert i_asserts.sampled_signal(sts)
assert i_asserts.quantity(sts, (np_numbers ** 2).max())
assert np.array_equal(sts.info['signal_base'].amount, numbers2)
def test_pq_based_regularly_sampled_time_series():
rsts = RegularlySampledTimeSeries(
numbers,
units[0],
start=numbers2[0],
stop=numbers2[1],
time_units=units[1])
assert sa_asserts.sa_access(rsts)
assert i_asserts.interval(rsts, start=numbers2[0], stop=numbers2[1])
assert i_asserts.sampled_signal(rsts)
assert i_asserts.quantity(rsts, (np_numbers ** 2).max())
def test_pq_based_sampled_time_series():
sts = SampledTimeSeries(
numbers,
units[0],
signal_base_amount = numbers2,
signal_base_units = units[1])
assert sa_asserts.sa_access(sts)
assert i_asserts.interval(sts, start=np_numbers2.min(), stop=np_numbers2.max())
assert i_asserts.sampled_signal(sts)
assert i_asserts.quantity(sts, (np_numbers ** 2).max())
assert np.array_equal(sts.info['signal_base'].magnitude, numbers2)
