Information on parameters used in scm_job script to run the SCM

Name		Description 
		- Conditions
		~ Other variable/parameter name (file name)
-----------------------------------------------------------

class		use CLASS module for computing surface fluxes (otherwise use prescribed fluxes)
		- ---
		~ class (scm_job)
		~ iclass (scm_job)
		~ ICLASS (namelist.cdk, PARAM.DAT, scm_parm.f)

compile		Compile the model code with any new changes (using the "make" utility).
		- ---
		~ compile (scmsub.dk)

debug		compile with the "-g" debugging option and launch the xldb debugger
		- ---
		~ debug (scm_job, scmsub.dk)

delt		time step interval (in sec)
		- ---
		~ delt (armsubcas.cdk)
		~ DELT (common_blocks.inc)
		~ TODT (scm_parm.f)
		~ DELTIM (common_blocks.inc, class13.f)

gc		ground cover (-1=land;0=open ocean;+1=sea-ice)
		- frcdat!=on
		~ gc (armsubcas.cdk)
		~ GOI (namelist.cdk)

gmt		start time of the day (in sec)
		- frcdat!=on
		~ gmt (armsubcas.cdk)
		~ GMTO (namelist.cdk)

fdata		$3
		- frcdat=on
		~ fdata (armsubcas.cdk, scmsub.dk, scmplot.cdk)
		~ FDATAIN (scmfdat.F)

force		---
		- frcdat=on
		- frcdat!=on
		~ force (scmplot.cdk)

frcdat		use field campaign observational data or GCM data for lateral and bottom forcing
		- ---
		~ frcdat (armsubcas.cdk, scmsub.dk)

icgcm		"icgcm" switch used when running un radiative-convective mode (frcdat=off)
		- ---
		~ icgcm (scmsub.dk)
		~ ICGCM (namelist.cdk)

iclass		---
		- class=on
		- class!=on
		~ ICLASS (namelist.cdk, PARAM.DAT, scm_parm.f)

iclw		---
		- ---
		~ ICLW (namelist.cdk)

iday		initial day
		- frcdat!=on
		~ iday (armsubcas.cdk)
		~ IDAY (common_blocks.inc)
		~ JULDAY (scalars.inc, czang.f)
		~ DAY (scmsub.dk)

idlat		range [-90,90] from South to North
		- frcdat!=on
		- (force=on -o nudge=on)-a(fdata=ARM_C1 -o fdata=ARM_C3)
		- (force=on -o nudge=on)-a(fdata=TOGA)
		~ IDLAT (namelist.cdk, scalars.cdk, scmsub.dk)

idlon		range [0,360] toward East
		- frcdat!=on
		- (force=on -o nudge=on)-a(fdata=ARM_C1 -o fdata=ARM_C3)
		- (force=on -o nudge=on)-a(fdata=TOGA)
		~ IDLON (namelist.cdk, scalars.cdk, scmsub.dk)

ilev		number of levels to interpolate to
		- ---
		~ silev (scm_job)
		~ ILEV (scalars.inc, vectors.inc)
		~ SILEV (common_blocks.inc)

ipem		$2
		- frcdat=on
		~ ipem (scm_sub.dk)
		~ IPEM (scmfdat.F)

isav		saving interval (in sec) (3600/delt*df) [isav]
		- frcdat!=on
		~ isav (armsubcas.cdk)
		~ ISAVINTRV (namelist.cdk, scalars.inc)

kfinal		when time ends (in # of data freq isav)	(86400/delt)*mdays [kfinal]
		- frcdat!=on
		~ kfinal (armsubcas.cdk)
		~ KFINAL (namelist.cdk)
		~ kfin (scmsub.dk)

kstart		when time begins (in # of time steps)
		- ---
		~ KSTART (common_blocks.inc, namelist.cdk, scalars.inc)
		

lforce		--- 
		- frcdat=on -a force=on
		- frcdat=on -a force!=on
		- frcdat!=on
		~ LFORCE (scalars.inc)
		~ sforce (scm_job, scm_parm.F)

lnudge		--- 
		- frcdat=on -a nudge=on
		- frcdat=on -a nudge!=on
		- frcdat!=on
		~ LNUDGE (scalars.inc)
		~ snudge (scm_job, scm_parm.F)

lperturb	--- 
		- frcdat=on -a force=on -a perturb=on
		- frcdat=on -a force=on -a perturb!=on
		- frcdat=on -a force!=on
		~ sperturb (scm_job, scmfdat.F)

lradheat	--- 
		- frcdat=on -a force=on -a radheat=on
		- frcdat=on -a force=on -a radheat!=on
		- frcdat=on -a force!=on
		~ srad_force (scm_job, scm_parm.F)

nudge		---
		- frcdat=on
		- frcdat!=on
		~ ---

perturb		---
		- frcdat=on
		- frcdat!=on
		~ sperturb (scm_job, scmfdat.F)

plotpr		plot profiles from model output
		- ---
		~ plotpr (scmsub.dk)

plotts		plot time series from model output
		- ---
		~ plotts (scmsub.dk)

radheat		---
		- frcdat=on
		- frcdat!=on
		~ radheat (armsubcas.cdk, scmsub.dk, tprof2.cdk)

run		run the current executable
		- ---
		~ run (scmsub.dk)

subcase		$4
		- frcdat=on
		~ subcase (armsubcas.cdk, run_ensambles, scmsub.dk)