On the branch "stochastic-state-model-when-working", when I run the GCM with the stochastic state model class, it behaves as it did when I showed you and Chris. However, when I run it on the branch "stochastic-state-model-class", the "SUM OF NN QT tendency" rises and rises, and the weather gets more and more extreme (ie, precipitation). Using ncview, the second situation seems a lot worse.
The trouble is, there are no code differences in the stochastic_state_model, or parameters2.json file that is used to generate the CASE file. However, on "stochastic-state-model-class", there is new code that I pulled from master a few days ago.
@nbren12 are you able to explain the fairly significant differences in the two situations?
On the branch "stochastic-state-model-when-working", when I run the GCM with the stochastic state model class, it behaves as it did when I showed you and Chris. However, when I run it on the branch "stochastic-state-model-class", the "SUM OF NN QT tendency" rises and rises, and the weather gets more and more extreme (ie, precipitation). Using ncview, the second situation seems a lot worse.
The trouble is, there are no code differences in the stochastic_state_model, or parameters2.json file that is used to generate the CASE file. However, on "stochastic-state-model-class", there is new code that I pulled from master a few days ago.
@nbren12 are you able to explain the fairly significant differences in the two situations?