def get_outtime(cls, intime):
from pygeode.timeaxis import SeasonalTAxes
from pygeode.timeutils import _uniquify
try:
SeasonalAxis = SeasonalTAxes[intime.__class__]
except:
raise NotImplemented(
'Seasonal Time axis not implemented for this calendar')
# Wrap in axis with a seasonal axis to allow reduction
outax = SeasonalAxis(values = intime.values, \
startdate = intime.startdate, \
units = intime.units)
if 'year' in outax.auxarrays:
fields = [outax.auxarrays['year'], outax.auxarrays['season']]
fields = _uniquify(fields)
auxarrays = {'year': fields[0], 'season': fields[1]}
else:
fields = [outax.auxarrays['season']]
fields = _uniquify(fields)
auxarrays = {'season': fields[0]}
return SeasonalAxis(startdate=intime.startdate,
units=intime.units,
**auxarrays)
def get_outtime (cls, intime):
from pygeode.timeaxis import SeasonalTAxes
from pygeode.timeutils import _uniquify
try:
SeasonalAxis = SeasonalTAxes[intime.__class__]
except:
raise NotImplemented('Seasonal Time axis not implemented for this calendar')
# Wrap in axis with a seasonal axis to allow reduction
outax = SeasonalAxis(values = intime.values, \
startdate = intime.startdate, \
units = intime.units)
if 'year' in outax.auxarrays:
fields = [outax.auxarrays['year'], outax.auxarrays['season']]
fields = _uniquify(fields)
auxarrays = {'year':fields[0], 'season':fields[1]}
else:
fields = [outax.auxarrays['season']]
fields = _uniquify(fields)
auxarrays = {'season':fields[0]}
return SeasonalAxis (startdate=intime.startdate, units=intime.units, **auxarrays)
def _uniquify (fields):
from pygeode import timeutils
from warnings import warn
warn ("Deprecated. Use timeutils module.")
return timeutils._uniquify(fields)
def _uniquify (fields):
from pygeode import timeutils
from warnings import warn
warn ("Deprecated. Use timeutils module.")
return timeutils._uniquify(fields)