def test_toarray_explicitdtype():
t = [("foo", "bar", "baz"), ("apples", 1, 2.5), ("oranges", 3, 4.4), ("pears", 7, 0.1)]
a = toarray(t, dtype=[("A", "a4"), ("B", "i2"), ("C", "f4")])
assert isinstance(a, np.ndarray)
assert isinstance(a["A"], np.ndarray)
assert isinstance(a["B"], np.ndarray)
assert isinstance(a["C"], np.ndarray)
eq_("appl", a["A"][0])
eq_("oran", a["A"][1])
eq_("pear", a["A"][2])
eq_(1, a["B"][0])
eq_(3, a["B"][1])
eq_(7, a["B"][2])
assertclose(2.5, a["C"][0])
assertclose(4.4, a["C"][1])
assertclose(0.1, a["C"][2])
def test_toarray_stringdtype():
t = [("foo", "bar", "baz"), ("apples", 1, 2.5), ("oranges", 3, 4.4), ("pears", 7, 0.1)]
a = toarray(t, dtype="a4, i2, f4")
assert isinstance(a, np.ndarray)
assert isinstance(a["foo"], np.ndarray)
assert isinstance(a["bar"], np.ndarray)
assert isinstance(a["baz"], np.ndarray)
eq_("appl", a["foo"][0])
eq_("oran", a["foo"][1])
eq_("pear", a["foo"][2])
eq_(1, a["bar"][0])
eq_(3, a["bar"][1])
eq_(7, a["bar"][2])
assertclose(2.5, a["baz"][0])
assertclose(4.4, a["baz"][1])
assertclose(0.1, a["baz"][2])
def test_toarray_dictdtype():
t = [("foo", "bar", "baz"), ("apples", 1, 2.5), ("oranges", 3, 4.4), ("pears", 7, 0.1)]
a = toarray(t, dtype={"foo": "a4"}) # specify partial dtype
assert isinstance(a, np.ndarray)
assert isinstance(a["foo"], np.ndarray)
assert isinstance(a["bar"], np.ndarray)
assert isinstance(a["baz"], np.ndarray)
eq_("appl", a["foo"][0])
eq_("oran", a["foo"][1])
eq_("pear", a["foo"][2])
eq_(1, a["bar"][0])
eq_(3, a["bar"][1])
eq_(7, a["bar"][2])
assertclose(2.5, a["baz"][0])
assertclose(4.4, a["baz"][1])
assertclose(0.1, a["baz"][2])
def test_torecarray():
t = [("foo", "bar", "baz"), ("apples", 1, 2.5), ("oranges", 3, 4.4), ("pears", 7, 0.1)]
a = torecarray(t)
assert isinstance(a, np.ndarray)
assert isinstance(a.foo, np.ndarray)
assert isinstance(a.bar, np.ndarray)
assert isinstance(a.baz, np.ndarray)
eq_("apples", a.foo[0])
eq_("oranges", a.foo[1])
eq_("pears", a.foo[2])
eq_(1, a.bar[0])
eq_(3, a.bar[1])
eq_(7, a.bar[2])
assertclose(2.5, a.baz[0])
assertclose(4.4, a.baz[1])
assertclose(0.1, a.baz[2])
def test_toarray_dictdtype():
t = [('foo', 'bar', 'baz'), ('apples', 1, 2.5), ('oranges', 3, 4.4),
('pears', 7, .1)]
a = toarray(t, dtype={'foo': 'a4'}) # specify partial dtype
assert isinstance(a, np.ndarray)
assert isinstance(a['foo'], np.ndarray)
assert isinstance(a['bar'], np.ndarray)
assert isinstance(a['baz'], np.ndarray)
eq_('appl', a['foo'][0])
eq_('oran', a['foo'][1])
eq_('pear', a['foo'][2])
eq_(1, a['bar'][0])
eq_(3, a['bar'][1])
eq_(7, a['bar'][2])
assertclose(2.5, a['baz'][0])
assertclose(4.4, a['baz'][1])
assertclose(.1, a['baz'][2])
def test_toarray_stringdtype():
t = [('foo', 'bar', 'baz'), ('apples', 1, 2.5), ('oranges', 3, 4.4),
('pears', 7, .1)]
a = toarray(t, dtype='a4, i2, f4')
assert isinstance(a, np.ndarray)
assert isinstance(a['foo'], np.ndarray)
assert isinstance(a['bar'], np.ndarray)
assert isinstance(a['baz'], np.ndarray)
eq_('appl', a['foo'][0])
eq_('oran', a['foo'][1])
eq_('pear', a['foo'][2])
eq_(1, a['bar'][0])
eq_(3, a['bar'][1])
eq_(7, a['bar'][2])
assertclose(2.5, a['baz'][0])
assertclose(4.4, a['baz'][1])
assertclose(.1, a['baz'][2])
def test_torecarray():
t = [('foo', 'bar', 'baz'), ('apples', 1, 2.5), ('oranges', 3, 4.4),
('pears', 7, .1)]
a = torecarray(t)
assert isinstance(a, np.ndarray)
assert isinstance(a.foo, np.ndarray)
assert isinstance(a.bar, np.ndarray)
assert isinstance(a.baz, np.ndarray)
eq_('apples', a.foo[0])
eq_('oranges', a.foo[1])
eq_('pears', a.foo[2])
eq_(1, a.bar[0])
eq_(3, a.bar[1])
eq_(7, a.bar[2])
assertclose(2.5, a.baz[0])
assertclose(4.4, a.baz[1])
assertclose(.1, a.baz[2])
def test_toarray_explicitdtype():
t = [('foo', 'bar', 'baz'), ('apples', 1, 2.5), ('oranges', 3, 4.4),
('pears', 7, .1)]
a = toarray(t, dtype=[('A', 'a4'), ('B', 'i2'), ('C', 'f4')])
assert isinstance(a, np.ndarray)
assert isinstance(a['A'], np.ndarray)
assert isinstance(a['B'], np.ndarray)
assert isinstance(a['C'], np.ndarray)
eq_('appl', a['A'][0])
eq_('oran', a['A'][1])
eq_('pear', a['A'][2])
eq_(1, a['B'][0])
eq_(3, a['B'][1])
eq_(7, a['B'][2])
assertclose(2.5, a['C'][0])
assertclose(4.4, a['C'][1])
assertclose(.1, a['C'][2])
