def test_md():
text = """
# Heading 1
This is the first paragraph.
* First item
* Second item
* Sub item
"""
assert md(text) == [
Header(level=1, text="Heading 1"),
Paragraph(text="This is the first paragraph."),
ListItem(level=1, text="First item"),
ListItem(level=1, text="Second item"),
ListItem(level=2, text="Sub item"),
]
def test_get_energy():
N = int(len(Test_Labels[:, 0]))
Positions = np.zeros((N, 3))
Positions[:, 0] = np.linspace(0.1, Test_L[0], N, endpoint=False)
Positions[:, 1] = np.linspace(0.1, Test_L[1], N, endpoint=False)
Positions[:, 2] = np.linspace(0.1, Test_L[2], N, endpoint=False)
np.random.shuffle(Positions[:, 0])
np.random.shuffle(Positions[:, 1])
np.random.shuffle(Positions[:, 2])
Velocities = maxwellboltzmann().sample_distribution(N, Test_Labels[:, 0], ip.T)
Forces = np.zeros(Velocities.shape)
MDobj = md(positions=Positions, properties=Test_Labels, velocities=Velocities, forces=Forces, box=Test_L,
Temperature=ip.T, Sigma_LJ=ip.sigma, Epsilon_LJ=ip.epsilon, r_switch=r_switch, r_cut_LJ=ip.r_cut_LJ,
n_boxes_short_range=n_boxes_short_range, dt=ip.dt, p_rea=10 ** -2, p_error=ip.p, Symbols=Symbols)
assert isinstance(MDobj,md) == True, "The md Object could not be created"
assert isinstance(MDobj.get_energy(), float) == True, "The energy is not a number"
assert len(MDobj.get_potential()) == N, "The potential vector size does not match the particle number"
assert MDobj.get_forces().shape == np.zeros((N,3)).shape, "The forces array does not match the expected size"
assert isinstance(MDobj.get_Temperature(), float) == True, "The temperature is not a number"
return
def test_md():
title, body = md('files/md.md')
open('files/last.html', 'w').write(body.encode('utf-8'))
assert title == ''
assert body == unicode(open('files/md.html').read(), encoding='utf-8').rstrip()
from md import md x = md() x.a.b = 1 x.a.c = [1, 2, 3] y = md() y.q.w.e = 999 x.a.d = y d = x.exportDict() print x # json format print d # native dict to string from python
from md import md x = md() x.l1.l2.l3.name = "John Doe" x.l1.l2.l3.score += 5 x.l1.l2.l3.score += 3 # will result in the 'score' property with the value 8 # the md library detects that an increment and initializes the values with 0 print x
def make_md(text):
text = re.sub(r"(<code>)(<em>)", r"\2\1", text)
text = re.sub(r"(</em>)(</code>)", r"\2\1", text)
return md(text, heading_style=ATX)
def test_list(text, expected):
assert md(text) == [expected]
def test_paragraph():
assert md("Hello World!") == [Paragraph("Hello World!")]
def test_empty_lines(text):
assert md(text) == []
def test_headers(text, expected):
assert md(text) == [expected]
from md import md
x = {"a": 1, "b": {"c": 2, "d": [{"t": 1, "r": 2}, {"t": 3, "r": 4}]}}
y = md.createFromDict(**x)
z = md()
z.importDict(**x)
# the following should be the same
print y
print z