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Potential density is more accurate close to its reference pressure, so it makes sense to loop over several pressure bins when using this quantity to find overturns. However, there is no need to do this when using temperature or conservative temperature, since they are not reference to a pressure. We can make the overturn function more efficient by skipping this loop.
The text was updated successfully, but these errors were encountered:
Potential density is more accurate close to its reference pressure, so it makes sense to loop over several pressure bins when using this quantity to find overturns. However, there is no need to do this when using temperature or conservative temperature, since they are not reference to a pressure. We can make the overturn function more efficient by skipping this loop.
The text was updated successfully, but these errors were encountered: