The constituent interface in the analytic Initial Conditions (IC) code is not well implemented due to the fact that it was brought in before the CCPP constituents object infrastructure. This can result in physics schemes outside of kessler and held_suarez_1994 not running properly, especially if they don't need water vapor or cloud water.
What are the steps to reproduce the bug?
Try running a new physics suite which doesn't explicitly ask for water vapor or cloud liquid water with analytic ICs turned on.
What CAM-SIMA hash were you using?
d809cf1
What machine were you running CAM-SIMA on?
CISL machine (e.g. cheyenne)
What compiler were you using?
GNU
Path to a case directory, if applicable
No response
Will you be addressing this bug yourself?
Yes
Extra info
I am planning to fix this bug when implementing a PR to resolve issues #168 and #224.
What happened?
The constituent interface in the analytic Initial Conditions (IC) code is not well implemented due to the fact that it was brought in before the CCPP constituents object infrastructure. This can result in physics schemes outside of
kesslerandheld_suarez_1994not running properly, especially if they don't need water vapor or cloud water.What are the steps to reproduce the bug?
Try running a new physics suite which doesn't explicitly ask for water vapor or cloud liquid water with analytic ICs turned on.
What CAM-SIMA hash were you using?
d809cf1
What machine were you running CAM-SIMA on?
CISL machine (e.g. cheyenne)
What compiler were you using?
GNU
Path to a case directory, if applicable
No response
Will you be addressing this bug yourself?
Yes
Extra info
I am planning to fix this bug when implementing a PR to resolve issues #168 and #224.