def check_vcs(self, z1, z2, exception=1):
"""
Check the vertical coordinate systems
If identical, return the system
If not, raise an exception.
"""
vc = utils.level_type(z1)
vc = utils.level_type(z2)
if vc1 != vc2:
print("Vertical coordinate systems not identical.")
return False
if exception:
raise Exception
else:
return vc1
def check_vcs(self,z1,z2,exception=1):
"""
Check the vertical coordinate systems
If identical, return the system
If not, raise an exception.
"""
vc = utils.level_type(z1)
vc = utils.level_type(z2)
if vc1 != vc2:
print("Vertical coordinate systems not identical.")
return False
if exception:
raise Exception
else:
return vc1
def find_nearest_level(self,lv):
lv_type = utils.level_type(lv)
if lv_type == 'isentropic':
pass
# 'K' needs stripping
# This will be tricky, varies a lot...
elif lv_type == 'isobaric':
pass
# Plot logarithmically closest
elif lv_type == 'surface':
raise Exception
# Shouldn't get here, surface should be covered.
elif lv_type == 'PV-surface':
pass
elif lv_type == 'geometric':
pass
else:
raise Exception
return near_lv
def find_nearest_level(self,lv):
lv_type = utils.level_type(lv)
if lv_type == 'isentropic':
pass
# 'K' needs stripping
# This will be tricky, varies a lot...
elif lv_type == 'isobaric':
pass
# Plot logarithmically closest
elif lv_type == 'surface':
raise Exception
# Shouldn't get here, surface should be covered.
elif lv_type == 'PV-surface':
pass
elif lv_type == 'geometric':
pass
else:
raise Exception
return near_lv