Using the RadApp tool: Difference between revisions
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The RadApp program is run through the MAPL_Cap. This means there is a lightweight executable that calls the MAPL_Cap. This in turn calls the root component below the cap, as well as the HISTORY and ExtData gridded components. RadApp consists of a Root_Component run from the cap that currently has three children. The first is the Radiation gridded component itself. The second is pchem. Finally there is a third component RadEnv that takes care of provider some imports to radiation and the aerosol bundle if pchem is not being run. In the future other chemistry components besides pchem could be put in place. | The RadApp program is run through the MAPL_Cap. This means there is a lightweight executable that calls the MAPL_Cap. This in turn calls the root component below the cap, as well as the HISTORY and ExtData gridded components. RadApp consists of a Root_Component run from the cap that currently has three children. The first is the Radiation gridded component itself. The second is pchem. Finally there is a third component RadEnv that takes care of provider some imports to radiation and the aerosol bundle if pchem is not being run. In the future other chemistry components besides pchem could be put in place. | ||
The following are a list of imports that are expected in ExtData, that are provided by RadEnv, and that are either provided by pchem or ExtData thru RadEnv. | The following are a list of imports that are expected in ExtData, that are provided by RadEnv, and that are either provided by pchem or ExtData thru RadEnv. | ||
Active aerosols: | |||
Active aerosols: OX, O3, CH4, N2O, CFC11, CFC12, FCFC22 | |||
== Resource File == | == Resource File == | ||