def test_unroll_single_entry(self):
q1 = self.q1
# since single qubit pulse will be modified convert to APSWaveform
Xq1 = APSPattern.APSWaveform(Compiler.Waveform(Z(q1)))
seqs = [repeat(5, [Xq1]) + [Y(q1)]]
a, b = APSPattern.unroll_loops(seqs)
Xq1_looped = APSPattern.APSWaveform(Compiler.Waveform(Z(q1)))
Xq1_looped.repeat = 5
seqUnrolled = [Xq1_looped, Y(q1)]
assert (a[0] == seqUnrolled)
assert (b == 0)
def test_unroll_nested_loops(self):
q1 = self.q1
# since single qubit pulse will be modified convert to APSWaveform
Zq1 = APSPattern.APSWaveform(Compiler.Waveform(Z(q1)))
seqs = [
repeat(2, [X(q1), Y(q1)] + repeat(3, [Zq1]) + [Y(q1), X(q1)]),
[X(q1), Y(q1)]
]
a, b = APSPattern.unroll_loops(seqs)
Zq1_looped = APSPattern.APSWaveform(Compiler.Waveform(Z(q1)))
Zq1_looped.repeat = 3
seqUnrolled = ([X(q1), Y(q1), Zq1_looped, Y(q1), X(q1)]) * 2
assert (a[0] == seqUnrolled)
assert (b == 0)
def test_unroll_loops_simple(self):
q1 = self.q1
seqs = [
repeat(2, [qwait(), X(q1), Id(q1)]),
repeat(2, [qwait(), Y(q1), Id(q1)])
]
a, b = APSPattern.unroll_loops(seqs)
assert (a == seqs)
assert (b == 2)
def test_unroll_single_entry(self):
q1 = self.q1
seqs = [repeat(5, [X(q1)]) + [Y(q1)]]
a, b = APSPattern.unroll_loops(seqs)
seqUnrolled = [X(q1), Y(q1)]
seqUnrolled[0].repeat = 5
assert(a[0] == seqUnrolled)
assert(b == 0)
def test_unroll_nested_loops(self):
q1 = self.q1
seqs = [repeat(2, [X(q1),Y(q1)] + repeat(3, [Z(q1)]) + [Y(q1),X(q1)]), [X(q1), Y(q1)]]
a, b = APSPattern.unroll_loops(seqs)
loopedZ = Z(q1)
loopedZ.repeat = 3
seqUnrolled = ([X(q1),Y(q1), loopedZ, Y(q1),X(q1)])*2
assert(a[0] == seqUnrolled)
assert(b == 0)
def test_unroll_loops(self):
q1 = self.q1
seqs = [repeat(2, [qwait(), X(q1), Id(q1)]), repeat(3, [qwait(), Y(q1), Id(q1)])]
a, b = APSPattern.unroll_loops(seqs)
seqUnrolled = [qwait(), X(q1), Id(q1)]*2
assert(a[0] == seqUnrolled)
seqUnrolled = [qwait(), Y(q1), Id(q1)]*3
assert(a[1] == seqUnrolled)
assert(b == 0)
def test_unroll_loops(self):
q1 = self.q1
seqs = [
repeat(2, [qwait(), X(q1), Id(q1)]),
repeat(3, [qwait(), Y(q1), Id(q1)])
]
a, b = APSPattern.unroll_loops(seqs)
seqUnrolled = [qwait(), X(q1), Id(q1)] * 2
assert (a[0] == seqUnrolled)
seqUnrolled = [qwait(), Y(q1), Id(q1)] * 3
assert (a[1] == seqUnrolled)
assert (b == 0)
def test_unroll_loops_simple(self):
q1 = self.q1
seqs = [repeat(2, [qwait(), X(q1), Id(q1)]), repeat(2, [qwait(), Y(q1), Id(q1)])]
a, b = APSPattern.unroll_loops(seqs)
assert(a == seqs)
assert(b == 2)