def reconcile(self, axes):
"""Return a grid that is consistent with the axes, or None.
For curvilinear grids this means that the grid-related axes are
contained in the 'axes' list.
"""
result = self
selfaxes = self.getAxisList()
missing = []
for i in range(2):
if selfaxes[i] not in axes:
missing.append(i)
result = None
# Some of the grid axes are not in the 'axes' list
if result is None:
result = self.clone()
used = [] # axes already matched
for i in missing:
for item in axes:
if (item not in used) and len(
selfaxes[i]) == len(item) and allclose(
selfaxes[i], item):
result._lataxis_.setAxis(i, item)
result._lonaxis_.setAxis(i, item)
used.append(item)
break
else:
result = None
break
return result
def reconcile(self, axes):
"""Return a grid that is consistent with the axes, or None.
For curvilinear grids this means that the grid-related axes are
contained in the 'axes' list.
"""
result = self
selfaxes = self.getAxisList()
missing = []
for i in range(1):
if selfaxes[i] not in axes:
missing.append(i)
result = None
# Some of the grid axes are not in the 'axes' list
if result is None:
result = self.clone()
for i in missing:
for item in axes:
if (len(selfaxes[i])==len(item)) and allclose(selfaxes[i], item):
result._lataxis_.setAxis(i,item)
result._lonaxis_.setAxis(i,item)
break
else:
result = None
break
return result