def test_text(rng):
v = Vocabulary(64, rng=rng)
x = v.parse("A+B+C")
y = v.parse("-D-E-F")
ptr = r"-?[01]\.[0-9]{2}[A-F]"
assert re.match(";".join([ptr] * 3), v.text(x))
assert re.match(";".join([ptr] * 2), v.text(x, maximum_count=2))
assert re.match(ptr, v.text(x, maximum_count=1))
assert len(v.text(x, maximum_count=10).split(";")) <= 10
assert re.match(";".join([ptr] * 4), v.text(x, minimum_count=4))
assert re.match(
";".join([ptr.replace("F", "C")] * 3),
v.text(x, minimum_count=4, terms=["A", "B", "C"]),
)
assert re.match(ptr, v.text(y, threshold=0.6))
assert v.text(y, minimum_count=None, threshold=0.6) == ""
assert v.text(x, join=",") == v.text(x).replace(";", ",")
assert re.match(";".join([ptr] * 2), v.text(x, normalize=True))
assert v.text([0] * 64) == "0.00F"
assert v.text(v["D"].v) == "1.00D"
def test_text(rng):
v = Vocabulary(64, rng=rng)
x = v.parse('A+B+C')
y = v.parse('-D-E-F')
ptr = r'-?[01]\.[0-9]{2}[A-F]'
assert re.match(';'.join([ptr] * 3), v.text(x))
assert re.match(';'.join([ptr] * 2), v.text(x, maximum_count=2))
assert re.match(ptr, v.text(x, maximum_count=1))
assert len(v.text(x, maximum_count=10).split(';')) <= 10
assert re.match(';'.join([ptr] * 4), v.text(x, minimum_count=4))
assert re.match(';'.join([ptr.replace('F', 'C')] * 3),
v.text(x, minimum_count=4, terms=['A', 'B', 'C']))
assert re.match(ptr, v.text(y, threshold=0.6))
assert v.text(y, minimum_count=None, threshold=0.6) == ''
assert v.text(x, join=',') == v.text(x).replace(';', ',')
assert re.match(';'.join([ptr] * 2), v.text(x, normalize=True))
assert v.text([0]*64) == '0.00F'
assert v.text(v['D'].v) == '1.00D'
def test_text(rng):
v = Vocabulary(64, rng=rng)
x = v.parse("A+B+C")
y = v.parse("-D-E-F")
ptr = r"-?[01]\.[0-9]{2}[A-F]"
assert re.match(";".join([ptr] * 3), v.text(x))
assert re.match(";".join([ptr] * 2), v.text(x, maximum_count=2))
assert re.match(ptr, v.text(x, maximum_count=1))
assert len(v.text(x, maximum_count=10).split(";")) <= 10
assert re.match(";".join([ptr] * 4), v.text(x, minimum_count=4))
assert re.match(";".join([ptr.replace("F", "C")] * 3), v.text(x, minimum_count=4, terms=["A", "B", "C"]))
assert re.match(ptr, v.text(y, threshold=0.6))
assert v.text(y, minimum_count=None, threshold=0.6) == ""
assert v.text(x, join=",") == v.text(x).replace(";", ",")
assert re.match(";".join([ptr] * 2), v.text(x, normalize=True))
assert v.text([0] * 64) == "0.00F"
assert v.text(v["D"].v) == "1.00D"
def test_text(rng):
v = Vocabulary(64, rng=rng)
x = v.parse('A+B+C')
y = v.parse('-D-E-F')
ptr = r'-?[01]\.[0-9]{2}[A-F]'
assert re.match(';'.join([ptr] * 3), v.text(x))
assert re.match(';'.join([ptr] * 2), v.text(x, maximum_count=2))
assert re.match(ptr, v.text(x, maximum_count=1))
assert len(v.text(x, maximum_count=10).split(';')) <= 10
assert re.match(';'.join([ptr] * 4), v.text(x, minimum_count=4))
assert re.match(';'.join([ptr.replace('F', 'C')] * 3),
v.text(x, minimum_count=4, terms=['A', 'B', 'C']))
assert re.match(ptr, v.text(y, threshold=0.6))
assert v.text(y, minimum_count=None, threshold=0.6) == ''
assert v.text(x, join=',') == v.text(x).replace(';', ',')
assert re.match(';'.join([ptr] * 2), v.text(x, normalize=True))
assert v.text([0]*64) == '0.00F'
assert v.text(v['D'].v) == '1.00D'
def test_text():
rng = np.random.RandomState(1)
v = Vocabulary(64, rng=rng)
x = v.parse('A+B+C')
y = v.parse('-D-E-F')
assert v.text(x) == '0.99A;0.96C;0.90B'
assert v.text(x, maximum_count=2) == '0.99A;0.96C'
assert v.text(x, maximum_count=1) == '0.99A'
assert v.text(x, maximum_count=10) == '0.99A;0.96C;0.90B'
assert v.text(x, minimum_count=4) == '0.99A;0.96C;0.90B;-0.02D'
assert v.text(y) == '0.50C;0.15B'
assert v.text(y, threshold=0.6) == '0.50C'
assert v.text(y, minimum_count=None, threshold=0.6) == ''
assert (v.text(x, minimum_count=4, terms=['A', 'B', 'C']) ==
'0.99A;0.96C;0.90B')
assert v.text(x, join=',') == '0.99A,0.96C,0.90B'
assert v.text(x, normalize=True) == '0.59A;0.57C;0.53B'
assert v.text([0]*64) == '0.00F'
assert v.text(v['D'].v) == '1.00D'
