def test_lix(si=si):
"Unit tests of larry's indexing by label method, lix"
for shape, index in si:
original = larry(np.arange(np.prod(shape)).reshape(shape))
aindex = []
for ax, idx in enumerate(index):
if type(idx) == slice:
start = idx.start
if type(start) == list:
start = start[0]
stop = idx.stop
if type(stop) == list:
stop = stop[0]
idx = slice(start, stop, idx.step)
aindex.append(np.arange(*idx.indices(original.shape[ax])))
elif isscalar(idx):
aindex.append([idx])
else:
aindex.append([np.array(i) for i in idx])
desired = np.squeeze(original.x[np.ix_(*aindex)])
if len(index) == 1:
actual = original.lix[index[0]]
elif len(index) == 2:
actual = original.lix[index[0], index[1]]
elif len(index) == 3:
actual = original.lix[index[0], index[1], index[2]]
elif len(index) == 4:
actual = original.lix[index[0], index[1], index[2], index[3]]
if isinstance(actual, larry):
actual = actual.x
msg = '\nlix fail on shape %s and index %s\n'
yield assert_equal, actual, desired, msg % (str(shape), str(index))
def test_lix(si=si):
"Unit tests of larry's indexing by label method, lix"
for shape, index in si:
original = larry(np.arange(np.prod(shape)).reshape(shape))
aindex = []
for ax, idx in enumerate(index):
if type(idx) == slice:
start = idx.start
if type(start) == list:
start = start[0]
stop = idx.stop
if type(stop) == list:
stop = stop[0]
idx = slice(start, stop, idx.step)
aindex.append(np.arange(*idx.indices(original.shape[ax])))
elif isscalar(idx):
aindex.append([idx])
else:
aindex.append([np.array(i) for i in idx])
desired = np.squeeze(original.x[np.ix_(*aindex)])
if len(index) == 1:
actual = original.lix[index[0]]
elif len(index) == 2:
actual = original.lix[index[0], index[1]]
elif len(index) == 3:
actual = original.lix[index[0], index[1], index[2]]
elif len(index) == 4:
actual = original.lix[index[0], index[1], index[2], index[3]]
if isinstance(actual, larry):
actual = actual.x
msg = '\nlix fail on shape %s and index %s\n'
yield assert_equal, actual, desired, msg % (str(shape), str(index))
def test_isa():
"util.misc.isint, isfloat, isscalar"
t = {}
# The keys are tuples otherwise #1 and #6, for example, would have
# the same key
# int float
t[(1, 1)] = (True, False)
t[(1.1, 2)] = (False, True)
t[('a', 3)] = (False, False)
t[(True, 4)] = (False, False)
t[(False, 5)] = (False, False)
t[(np.array(1)[()], 6)] = (True, False)
t[(np.array(1.1)[()], 7)] = (False, True)
t[(1j, 8)] = (False, False)
for key, value in t.iteritems():
key = key[0]
msg = '\nisint(' + str(key) + ')'
yield assert_equal, isint(key), value[0], msg
msg = '\nisfloat(' + str(key) + ')'
yield assert_equal, isfloat(key), value[1], msg
msg = '\nisscalar(' + str(key) + ')'
yield assert_equal, isscalar(key), (value[0] or value[1]), msg
def test_isa():
"util.misc.isint, isfloat, isscalar"
t = {}
# The keys are tuples otherwise #1 and #6, for example, would have
# the same key
# int float
t[(1, 1)] = (True, False)
t[(1.1, 2)] = (False, True)
t[('a', 3)] = (False, False)
t[(True, 4)] = (False, False)
t[(False, 5)] = (False, False)
t[(np.array(1)[()], 6)] = (True, False)
t[(np.array(1.1)[()], 7)] = (False, True)
t[(1j, 8)] = (False, False)
for key, value in t.items():
key = key[0]
msg = '\nisint(' + str(key) + ')'
yield assert_equal, isint(key), value[0], msg
msg = '\nisfloat(' + str(key) + ')'
yield assert_equal, isfloat(key), value[1], msg
msg = '\nisscalar(' + str(key) + ')'
yield assert_equal, isscalar(key), (value[0] or value[1]), msg
