def __init__(self,*args,**kwds):
self.calendar = kwds.pop('calendar')
self.format_time = kwds.pop('format_time',True)
self._value_datetime = kwds.pop('value_datetime',None)
self._bounds_datetime = kwds.pop('bounds_datetime',None)
NcVectorDimension.__init__(self,*args,**kwds)
assert(self.units != None)
assert(self.calendar != None)
def __init__(self,*args,**kwds):
self.calendar = kwds.pop('calendar')
self.format_time = kwds.pop('format_time',True)
self._value_datetime = kwds.pop('value_datetime',None)
self._bounds_datetime = kwds.pop('bounds_datetime',None)
NcVectorDimension.__init__(self,*args,**kwds)
assert(self.units != None)
assert(self.calendar != None)
## test if the units are the special case with months in the time units
if self.units.startswith('months'):
self._has_months_units = True
else:
self._has_months_units = False
def _format_slice_state_(self,state,slc):
state = NcVectorDimension._format_slice_state_(self,state,slc)
state.bounds_datetime = get_none_or_slice(state._bounds_datetime,(slc,slice(None)))
return(state)
def get_between(self,lower,upper,return_indices=False):
lower,upper = tuple(self.get_nc_time([lower,upper]))
return(NcVectorDimension.get_between(self,lower,upper,return_indices=return_indices))
