def cfunits_conform(self, to_units):
"""
Convert and set value and bounds for the dimension object to new units.
:param to_units: The destination units.
:type to_units: :class:`cfunits.cfunits.Units`
"""
# get the original units for bounds conversion. the "cfunits_conform" method updates the object's internal
# "units" attribute.
original_units = deepcopy(self.cfunits)
# call the superclass unit conversion
AbstractValueVariable.cfunits_conform(self, to_units)
# if the bounds are already loaded, convert
if self._bounds is not None:
AbstractValueVariable.cfunits_conform(self, to_units, value=self._bounds, from_units=original_units)
# if the bound are not set, they may be interpolated
elif self.bounds is not None:
# if the bounds were interpolated, then this should be set to "None" so the units conforming will use the
# source value units spec.
if self._has_interpolated_bounds:
from_units = None
else:
from_units = original_units
# conform the bounds value
AbstractValueVariable.cfunits_conform(self, to_units, value=self.bounds, from_units=from_units)
def cfunits_conform(self,to_units):
## get the original units for bounds conversion. the "cfunits_conform"
## method updates the object's internal "units" attribute.
original_units = deepcopy(self.cfunits)
## call the superclass unit conversion
AbstractValueVariable.cfunits_conform(self,to_units)
## if the bounds are already loaded, convert
if self._bounds is not None:
AbstractValueVariable.cfunits_conform(self,to_units,value=self._bounds,from_units=original_units)
## if the bound are not set, they may be interpolated
elif self.bounds is not None:
## if the bounds were interpolated, then this should be set to
## "None" so the units conforming will use the source value units
## spec.
if self._has_interpolated_bounds:
from_units = None
else:
from_units = original_units
## conform the bounds value
AbstractValueVariable.cfunits_conform(self,
to_units,
value=self.bounds,
from_units=from_units)