def _slice_time(self, slc=":"):
"""
Args:
slc (str, slice, list): can be a single string containing
slices, slices, ints, floats, datetime objects, or a
list of any of the above.
Returns:
list of slices (containing integers only) or ints
"""
# print("> slice time", slc)
# print("SLC::", slc)
if not isinstance(slc, (list, tuple)):
slc = [slc]
# expand strings that are comma separated lists of strings
_slc = []
for s in slc:
if isinstance(s, string_types):
for _ in s.split(','):
_slc.append(_)
else:
_slc.append(s)
slc = _slc
ret = []
times = np.array([child[0] for child in self.children])
for s in slc:
if isinstance(s, string_types):
s = self._parse_time_slice_str(s)
if isinstance(s, slice):
single_val = False
slc_lst = [s.start, s.stop, s.step]
else:
single_val = True
slc_lst = [s]
# do translation from string/datetime/etc -> floats
for i in range(min(len(slc_lst), 2)):
translation = self._translate_time(slc_lst[i])
if translation != NotImplemented:
# hack: convert floats to a string with a trailing f as per
# the rest of viscid. we do this because _translate_time
# returns a float
if isinstance(translation, (float, np.floating)):
translation = "{0}f".format(translation)
slc_lst[i] = translation
if single_val:
ret.append(to_slice(times, slc_lst[0]))
else:
ret.append(to_slice(times, slc_lst))
# print("< time slice made:", ret)
return ret
def _slice_time(self, slc=":"):
"""
Args:
slc (str, slice, list): can be a single string containing
slices, slices, ints, floats, datetime objects, or a
list of any of the above.
Returns:
list of slices (containing integers only) or ints
"""
# print("SLC::", slc)
if not isinstance(slc, (list, tuple)):
slc = [slc]
# expand strings that are comma separated lists of strings
_slc = []
for s in slc:
if isinstance(s, string_types):
for _ in s.split(','):
_slc.append(_)
else:
_slc.append(s)
slc = _slc
ret = []
times = np.array([child[0] for child in self.children])
for s in slc:
if isinstance(s, string_types):
s = self._parse_time_slice_str(s)
if isinstance(s, slice):
single_val = False
slc_lst = [s.start, s.stop, s.step]
else:
single_val = True
slc_lst = [s]
# do translation from string/datetime/etc -> floats
for i in range(min(len(slc_lst), 2)):
t_as_s = self.as_floating_t(slc_lst[i], none_passthrough=True)
if t_as_s is not None:
slc_lst[i] = "{0}f".format(t_as_s)
if single_val:
ret.append(to_slice(times, slc_lst[0]))
else:
ret.append(to_slice(times, slc_lst))
return ret
