def test_configuration(self):
M = self.M
conf = M.Configuration(self.cube_universe,
IN.array(NR.normal(size=(40,3))),
IN.array(10., N.float64))
self.assertTrue(is_valid(conf))
with TestHDF5Store('w') as store:
self.assertRaises(IOError,
lambda : store.store("configuration", conf))
store.store("universe", self.cube_universe)
store.store("configuration", conf)
self.assertTrue(store.retrieve("configuration") is conf)
with TestHDF5Store('r') as store:
conf_r = store.retrieve("configuration")
self.assertFalse(conf_r is conf)
self.assertTrue(conf_r.is_equivalent(conf))
self.assertTrue(is_valid(conf_r))
conf = M.Configuration(self.infinite_universe,
IN.array(NR.normal(size=(40,3))),
None)
self.assertTrue(is_valid(conf))
with TestHDF5Store('w') as store:
self.assertRaises(IOError,
lambda : store.store("configuration", conf))
store.store("universe", self.infinite_universe)
store.store("configuration", conf)
self.assertTrue(store.retrieve("configuration") is conf)
with TestHDF5Store('r') as store:
conf_r = store.retrieve("configuration")
self.assertFalse(conf_r is conf)
self.assertTrue(conf_r.is_equivalent(conf))
self.assertTrue(is_valid(conf_r))
def test_property(self):
M = self.M
universe = self.universe
for dtype in (N.float32, N.float64):
for p in [M.AtomProperty(universe, "mass", "amu",
IN.array(NR.normal(size=(universe.number_of_atoms,)))),
M.SiteProperty(universe, "foo", "",
IN.array(NR.normal(size=(universe.number_of_sites, 3)))),
M.TemplateAtomProperty(universe, "mass", "amu",
IN.array(NR.normal(size=(universe.number_of_template_atoms,
1)))),
M.TemplateSiteProperty(universe, "foo", "bar",
IN.array(NR.normal(size=(universe.number_of_template_sites,
2, 2)))),
]:
self.assertTrue(is_valid(p))
file = StringIO()
with XMLWriter(file) as writer:
writer.store("universe", self.universe)
writer.store("property", p)
xml_string = file.getvalue()
file = StringIO(xml_string)
with XMLReader(file) as reader:
data = {xml_id: obj for xml_id, obj in reader}
p_r = data['property']
self.assertTrue(p_r.is_equivalent(p))
self.assertTrue(is_valid(p_r))
def test_property(self):
M = self.M
for universe in[self.cube_universe, self.infinite_universe]:
for p in [M.AtomProperty(universe, "mass", "amu",
IN.array(NR.normal(size=(universe.number_of_atoms,)))),
M.SiteProperty(universe, "foo", "",
IN.array(NR.normal(size=(universe.number_of_sites, 3)))),
M.TemplateAtomProperty(universe, "mass", "amu",
IN.array(NR.normal(size=(universe.number_of_template_atoms,
1)))),
M.TemplateSiteProperty(universe, "foo", "bar",
IN.array(NR.normal(size=(universe.number_of_template_sites,
2, 2)))),
]:
self.assertTrue(is_valid(p))
with TestHDF5Store('w') as store:
self.assertRaises(IOError,
lambda: store.store("property", p))
store.store("universe", universe)
store.store("property", p)
self.assertTrue(store.retrieve("property") is p)
with TestHDF5Store('r') as store:
p_r = store.retrieve("property")
self.assertFalse(p_r is p)
self.assertTrue(p_r.is_equivalent(p))
self.assertTrue(is_valid(p_r))
def test_properties(self):
masses = M.TemplateAtomProperty(self.universe, "mass", "amu",
N.array([1., 1., 16.], N.float32))
self.assertTrue(is_valid(masses))
self.assertEqual(masses.type, 'template_atom')
self.assertTrue(masses.universe is self.universe)
self.assertEqual(masses.element_shape, ())
self.assertEqual(masses.data.shape, (3,))
bead_masses = M.TemplateSiteProperty(self.universe, "mass", "amu",
N.array([1., 1.,
1., 1.,
8., 8.], N.float32))
self.assertTrue(is_valid(bead_masses))
self.assertEqual(bead_masses.type, 'template_site')
self.assertTrue(bead_masses.universe is self.universe)
self.assertEqual(bead_masses.element_shape, ())
self.assertEqual(bead_masses.data.shape, (6,))
velocities = M.SiteProperty(self.universe, "velocity", "nm ps-1",
dtype=N.float64, element_shape=(3,))
self.assertTrue(is_valid(velocities))
self.assertEqual(velocities.type, 'site')
self.assertTrue(velocities.universe is self.universe)
self.assertEqual(velocities.data.shape, (60, 3))
self.assertEqual(velocities.element_shape, (3,))
foo = M.AtomProperty(self.universe, "foo", "",
dtype=N.int16, element_shape=(2, 2))
self.assertTrue(is_valid(foo))
self.assertEqual(foo.type, 'atom')
self.assertTrue(foo.universe is self.universe)
self.assertEqual(foo.data.shape, (30, 2, 2))
self.assertEqual(foo.element_shape, (2, 2))
def test_labels(self):
labels = tuple(a.name
for f, n in self.universe.molecules
for a in f.recursive_atom_iterator())
mm_el = M.TemplateAtomLabel(self.universe, "element", labels)
el = self.factory(mm_el)
self.assertTrue(is_valid(el))
self.assertTrue(el.is_equivalent(mm_el))
self.assertEqual(el.name, "element")
self.assertTrue(el.universe.is_equivalent(self.universe))
self.assertTrue(len(el.strings)
== self.universe.number_of_template_atoms)
for s1, s2 in zip(labels, el.strings):
self.assertEqual(s1, s2)
labels = tuple(a.name
for f, n in self.universe.molecules
for _ in range(n)
for a in f.recursive_atom_iterator())
mm_el = M.AtomLabel(self.universe, "element", labels)
el = self.factory(mm_el)
self.assertTrue(is_valid(el))
self.assertTrue(el.is_equivalent(mm_el))
self.assertEqual(el.name, "element")
self.assertTrue(el.universe.is_equivalent(self.universe))
self.assertTrue(len(el.strings)
== self.universe.number_of_atoms)
for s1, s2 in zip(labels, el.strings):
self.assertEqual(s1, s2)
labels = tuple(a.name
for f, n in self.universe.molecules
for a in f.recursive_atom_iterator()
for _ in range(a.number_of_sites))
mm_el = M.TemplateSiteLabel(self.universe, "element", labels)
el = self.factory(mm_el)
self.assertTrue(is_valid(el))
self.assertTrue(el.is_equivalent(mm_el))
self.assertEqual(el.name, "element")
self.assertTrue(el.universe.is_equivalent(self.universe))
self.assertTrue(len(el.strings)
== self.universe.number_of_template_sites)
for s1, s2 in zip(labels, el.strings):
self.assertEqual(s1, s2)
labels = tuple(a.name
for f, n in self.universe.molecules
for _ in range(n)
for a in f.recursive_atom_iterator()
for __ in range(a.number_of_sites))
mm_el = M.SiteLabel(self.universe, "element", labels)
el = self.factory(mm_el)
self.assertTrue(is_valid(el))
self.assertTrue(el.is_equivalent(mm_el))
self.assertEqual(el.name, "element")
self.assertTrue(el.universe.is_equivalent(self.universe))
self.assertTrue(len(el.strings)
== self.universe.number_of_sites)
for s1, s2 in zip(labels, el.strings):
self.assertEqual(s1, s2)
def setUp(self):
TestHDF5Store.initialize()
M = self.M
C = M.Element('C')
H = M.Element('H')
N = M.Element('N')
O = M.Element('O')
peptide_group = M.Fragment('peptide', 'peptide_group',
(),
(M.Atom('CA', C),
M.Atom('HA', H),
M.Atom('H', H),
M.Atom('N', N),
M.Atom('C', C),
M.Atom('O', O)),
(('N', 'H', 'single'),
('N', 'CA', 'single'),
('CA', 'HA', 'single'),
('CA', 'C', 'single'),
('C', 'O', 'double')))
ala_sidechain = M.Fragment('sidechain', 'ala_sidechain',
(),
(M.Atom('CB', C),
M.Atom('HB1', H),
M.Atom('HB2', H),
M.Atom('HB3', H)),
(('CB', 'HB1', 'single'),
('CB', 'HB2', 'single'),
('CB', 'HB3', 'single'),))
ala = lambda label: M.Fragment(label, 'alanine',
(copy.copy(peptide_group),
copy.copy(ala_sidechain)),
(),
(('peptide.CA',
'sidechain.CB',
'single'),))
ala_dipeptide = M.Polymer('di_ala', 'alanine_dipeptide',
(ala('ALA1'), ala('ALA2')),
(('ALA1.peptide.C',
'ALA2.peptide.N',
'single'),),
'polypeptide')
self.cube_universe = M.Universe('cube', [(ala_dipeptide, 2)],
convention='my_own')
self.assertTrue(is_valid(self.cube_universe))
self.infinite_universe = M.Universe('infinite', [(ala_dipeptide, 2)],
convention='my_own')
self.assertTrue(is_valid(self.infinite_universe))
def test_universe(self):
f = mosaic.array_model.Factory()
for universe in [self.cube_universe, self.infinite_universe]:
array_universe = f(universe)
self.assertTrue(is_valid(array_universe))
with TestHDF5Store('w') as store:
store.store("universe", array_universe)
self.assertTrue(store.retrieve("universe") is array_universe)
with TestHDF5Store('r') as store:
r_universe = store.retrieve("universe")
self.assertFalse(r_universe is array_universe)
self.assertFalse(r_universe is universe)
self.assertTrue(r_universe.is_equivalent(array_universe))
self.assertTrue(r_universe.is_equivalent(universe))
self.assertTrue(is_valid(r_universe))
def setUp(self):
TestHDF5Store.initialize()
M = self.M
C = M.element('C')
H = M.element('H')
N = M.element('N')
O = M.element('O')
peptide_group = M.fragment('peptide',
(),
(('CA', M.atom(C)),
('HA', M.atom(H)),
('H', M.atom(H)),
('N', M.atom(N)),
('C', M.atom(C)),
('O', M.atom(O))),
(('N', 'H', "single"),
('N', 'CA', "single"),
('CA', 'HA', "single"),
('CA', 'C', "single"),
('C', 'O', "double")))
ala_sidechain = M.fragment('ala_sidechain',
(),
(('CB', M.atom(C)),
('HB1', M.atom(H)),
('HB2', M.atom(H)),
('HB3', M.atom(H))),
(('CB', 'HB1', "single"),
('CB', 'HB2', "single"),
('CB', 'HB3', "single"),))
ala = M.fragment('alanine',
(('peptide', peptide_group),
('sidechain', ala_sidechain)),
(),
(('peptide.CA', 'sidechain.CB', "single"),))
ala_dipeptide = M.polymer('alanine_dipeptide',
(('ALA1', ala),
('ALA2', ala)),
(('ALA1.peptide.C', 'ALA2.peptide.N', "single"),),
'polypeptide')
self.cube_universe = M.universe('cube', ((ala_dipeptide, 'di_ala', 2),),
convention='my_own')
self.assertTrue(is_valid(self.cube_universe))
self.infinite_universe = M.universe('infinite',
((ala_dipeptide, 'di_ala', 2),),
convention='my_own')
self.assertTrue(is_valid(self.infinite_universe))
def test_basics(self):
self.assertTrue(is_valid(self.universe))
self.assertEqual(self.universe.number_of_molecules, 10)
self.assertEqual(self.universe.number_of_atoms, 30)
self.assertEqual(self.universe.number_of_sites, 60)
self.assertEqual(self.universe.number_of_bonds, 20)
self.assertEqual(self.universe.cell_shape, "infinite")
self.assertEqual(self.universe.convention, "my_own")
def test_basic(self):
mol = self._make_molecule('di_ala')
self.assertTrue(is_valid(mol))
self.assertEqual(mol.number_of_atoms, 20)
self.assertEqual(mol.number_of_sites, 20)
self.assertEqual(mol.number_of_bonds, 19)
atoms = [a for a in mol.recursive_atom_iterator()]
self.assertEqual(mol.number_of_atoms, len(atoms))
self.assertEqual(mol.polymer_type, "polypeptide")
def setUp(self):
TestHDF5Store.initialize()
M = self.M
C = M.element('C')
atom = M.fragment('carbon', (), (('C', M.atom(C)),), ())
self.cube_universe = M.universe('cube', ((atom, 'carbons', 20),),
convention='my_own')
self.assertTrue(is_valid(self.cube_universe))
def test_selection(self):
M = self.M
universe = self.universe
for s in [M.AtomSelection(universe, IN.array([0], N.uint8)),
M.SiteSelection(universe, IN.array([1, 2], N.uint8)),
M.TemplateAtomSelection(universe, IN.array([0, 2], N.uint8)),
M.TemplateSiteSelection(universe, IN.array([0, 3], N.uint8))]:
self.assertTrue(is_valid(s))
file = StringIO()
with XMLWriter(file) as writer:
writer.store("universe", self.universe)
writer.store("selection", s)
xml_string = file.getvalue()
file = StringIO(xml_string)
with XMLReader(file) as reader:
data = {xml_id: obj for xml_id, obj in reader}
s_r = data['selection']
self.assertTrue(s_r.is_equivalent(s))
self.assertTrue(is_valid(s_r))
def test_configuration(self):
M = self.M
for dtype in (N.float32, N.float64):
conf = M.Configuration(self.universe,
IN.array(NR.normal(size=(40,3)),
dtype=dtype),
IN.array(10., dtype))
self.assertTrue(is_valid(conf))
file = StringIO()
with XMLWriter(file) as writer:
writer.store("universe", self.universe)
writer.store("configuration", conf)
xml_string = file.getvalue()
file = StringIO(xml_string)
with XMLReader(file) as reader:
data = {xml_id: obj for xml_id, obj in reader}
conf_r = data['configuration']
self.assertTrue(conf_r.is_equivalent(conf))
self.assertTrue(is_valid(conf_r))
def test_selection(self):
M = self.M
universe = self.infinite_universe
for s in [M.AtomSelection(universe, [0]),
M.SiteSelection(universe, [1, 2]),
M.TemplateAtomSelection(universe, [0, 3]),
M.TemplateSiteSelection(universe, [2, 3])]:
self.assertTrue(is_valid(s))
with TestHDF5Store('w') as store:
self.assertRaises(IOError,
lambda: store.store("selection", s))
store.store("universe", universe)
store.store("selection", s)
self.assertTrue(store.retrieve("selection") is s)
with TestHDF5Store('r') as store:
s_r = store.retrieve("selection")
self.assertFalse(s_r is s)
self.assertTrue(s_r.is_equivalent(s))
self.assertTrue(is_valid(s_r))
def test_universe(self):
file = StringIO()
with XMLWriter(file) as writer:
writer.store("universe", self.universe)
xml_string = file.getvalue()
file = StringIO(xml_string)
with XMLReader(file) as reader:
data = {xml_id: obj for xml_id, obj in reader}
universe = data['universe']
self.assertTrue(universe.is_equivalent(self.universe))
self.assertTrue(is_valid(universe))
def test_label(self):
M = self.M
universe = self.universe
for l in [M.AtomLabel(universe, "element",
tuple(a.name
for f, n in universe.molecules
for _ in range(n)
for a in f.recursive_atom_iterator())),
M.TemplateAtomLabel(universe, "element",
tuple(a.name
for f, n in universe.molecules
for a in f.recursive_atom_iterator())),
M.SiteLabel(universe, "element",
tuple(a.name
for f, n in self.universe.molecules
for _ in range(n)
for a in f.recursive_atom_iterator()
for __ in range(a.number_of_sites))),
M.TemplateSiteLabel(universe, "element",
tuple(a.name
for f, n in self.universe.molecules
for a in f.recursive_atom_iterator()
for _ in range(a.number_of_sites))),
]:
self.assertTrue(is_valid(l))
file = StringIO()
with XMLWriter(file) as writer:
writer.store("universe", self.universe)
writer.store("label", l)
xml_string = file.getvalue()
file = StringIO(xml_string)
with XMLReader(file) as reader:
data = {xml_id: obj for xml_id, obj in reader}
l_r = data['label']
self.assertTrue(l_r.is_equivalent(l))
self.assertTrue(is_valid(l_r))
def test_label(self):
M = self.M
for universe in[self.cube_universe, self.infinite_universe]:
for l in [M.AtomLabel(universe, "element",
tuple(a.name
for f, n in universe.molecules
for _ in range(n)
for a in f.recursive_atom_iterator())),
M.TemplateAtomLabel(universe, "element",
tuple(a.name
for f, n in universe.molecules
for a in f.recursive_atom_iterator())),
M.SiteLabel(universe, "element",
tuple(a.name
for f, n in universe.molecules
for _ in range(n)
for a in f.recursive_atom_iterator()
for __ in range(a.number_of_sites))),
M.TemplateSiteLabel(universe, "element",
tuple(a.name
for f, n in universe.molecules
for a in f.recursive_atom_iterator()
for _ in range(a.number_of_sites))),
]:
self.assertTrue(is_valid(l))
with TestHDF5Store('w') as store:
self.assertRaises(IOError,
lambda: store.store("label", l))
store.store("universe", universe)
store.store("label", l)
self.assertTrue(store.retrieve("label") is l)
with TestHDF5Store('r') as store:
l_r = store.retrieve("label")
self.assertFalse(l_r is l)
self.assertTrue(l_r.is_equivalent(l))
self.assertTrue(is_valid(l_r))
