@@ -3006,48 +3006,6 @@ def close(self):
30063006 removed_at="5.0.0",
30073007 ) # pragma: no cover
30083008
3009- # def iscyclic(self, *identity, **filter_kwargs):
3010- # """Returns True if the specified axis is cyclic.
3011- #
3012- # .. versionadded:: 1.0
3013- #
3014- # .. seealso:: `axis`, `cyclic`, `period`, `domain_axis`
3015- #
3016- # :Parameters:
3017- #
3018- # identity, filter_kwargs: optional
3019- # Select the unique domain axis construct returned by
3020- # ``f.domain_axis(*identity, **filter_kwargs)``. See
3021- # `domain_axis` for details.
3022- #
3023- # :Returns:
3024- #
3025- # `bool`
3026- # True if the selected axis is cyclic, otherwise False.
3027- #
3028- # **Examples**
3029- #
3030- # >>> f.iscyclic('X')
3031- # True
3032- # >>> f.iscyclic('latitude')
3033- # False
3034- #
3035- # >>> x = f.iscyclic('long_name=Latitude')
3036- # >>> x = f.iscyclic('dimensioncoordinate1')
3037- # >>> x = f.iscyclic('domainaxis2')
3038- # >>> x = f.iscyclic('key%domainaxis2')
3039- # >>> x = f.iscyclic('ncdim%y')
3040- # >>> x = f.iscyclic(2)
3041- #
3042- # """
3043- # axis = self.domain_axis(
3044- # *identity, key=True, default=None, **filter_kwargs
3045- # )
3046- # if axis is None:
3047- # raise ValueError("Can't identify unique domain axis")
3048- #
3049- # return axis in self.cyclic()
3050-
30513009 def weights(
30523010 self,
30533011 weights=True,
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