def test_repeatAndVarySequence_fail_inputlength2(protosequence1):
poss = (1, 2)
channels = [1, 1]
names = ['ramp', 'ramp']
args = ['start', 'stop']
iters = [(1, 0.2, 0.3), (1, 0.2)]
with pytest.raises(ValueError):
repeatAndVarySequence(protosequence1, poss, channels, names, args,
iters)
def test_repeatAndVarySequence_fail_consistency(protosequence1,
squarepulse_baseelem):
protosequence1.addElement(5, squarepulse_baseelem)
print(protosequence1.checkConsistency())
poss = (1, )
channels = [1]
names = ['ramp']
args = ['start']
iters = [(1, 0.2, 0.3)]
with pytest.raises(SequenceConsistencyError):
repeatAndVarySequence(protosequence1, poss, channels, names, args,
iters)
def test_repeatAndVarySequence_same_elements(protosequence1, pos):
poss = (1, )
channels = [1]
names = ['ramp']
args = ['start']
iters = [(1, 0.2, 0.3)]
newseq = repeatAndVarySequence(protosequence1, poss, channels, names, args,
iters)
assert newseq.element(pos) == protosequence1.element(2)
def test_repeatAndVarySequence_awgspecs(protosequence1):
poss = (1, )
channels = [1]
names = ['ramp']
args = ['stop']
iters = [[1, 0.9, 0.8]]
newseq = repeatAndVarySequence(protosequence1, poss, channels, names, args,
iters)
assert newseq._awgspecs == protosequence1._awgspecs
def test_repeatAndVarySequence_length(protosequence1):
poss = [1]
channels = [1]
names = ['ramp']
args = ['start']
iters = [[1, 1.1, 1.2]]
newseq = repeatAndVarySequence(protosequence1, poss, channels, names, args,
iters)
expected_l = len(iters[0]) * protosequence1.length_sequenceelements
assert newseq.length_sequenceelements == expected_l
