NAM_DIAG - Deep convection

• define NCONV_KF=0 in NAM_DIAG to store following variables :

Name	Meaning [Unit]	Dimension
CAPE	Convective Available Potentiel Energy (J/kg)	2D
CLTOPCONV	top of convective clouds(km)	2D
CLBASCONV	base of convective clouds(km)	2D

• define NCONV_KF=1 in NAM_DIAG to store following variables :

Name	Meaning [Unit]	Dimension
CAPE	Convective Available Potentiel Energy (J/kg)	2D
CLTOPCONV	top of convective clouds(km)	2D
CLBASCONV	base of convective clouds(km)	2D
DTHCONV	Convective tendency for potential temperature (K/s)	3D
DRVCONV	Convective tendency for vapor (/s)	3D
DRCCONV	Convective tendency for cloud (/s)	3D
DRICONV	Convective tendency for ice (/s)	3D
DSVCONVnn	Convective tendency for scalar variables (/s)	3D

• define NCONV_KF=2 in NAM_DIAG to store following variables :

Name	Meaning [Unit]	Dimension
CAPE	Convective Available Potentiel Energy (J/kg)	2D
CLTOPCONV	top of convective clouds(km)	2D
CLBASCONV	base of convective clouds(km)	2D
DTHCONV	Convective tendency for potential temperature (K/s)	3D
DRVCONV	Convective tendency for vapor (/s)	3D
DRCCONV	Convective tendency for cloud (/s)	3D
DRICONV	Convective tendency for ice (/s)	3D
DSVCONVnnn*	Convective tendency for scalar variables (/s)	3D
UMFCONV	Updraft Convective Mass Flux (m2 kg/s)	3D
DMFCONV	Downdraft Convective Mass Flux (m2 kg/s)	3D
PRLFLXCONV	Liquid PRecipitation Convective FLuX (m/s)	3D
PRSFLXCONV	Solid PRecipitation Convective FLuX (m/s)	3D