&INPPL
&END


&INPRN 
KRUN=9600
TSPD=96.	! (96.) time steps per day
LBALAN=.TRUE.	!if set to true must have KBAL>0 for ZMI to be
		!properly set
LRESTIJ=.TRUE.	!if lbalan=false then this must be true for ZMI to be
		!properly set
LRSTRT=.FALSE.	!restart run if true
BEGDAY=0.83	!starting day for restart run
NDEL=6          !hyperdiffusion
&END

&INPOP
RNTAPE=0.0      !run identifier on history records
KOUNTH=96	!spacing in timesteps of history records (corresp to KOUNTD)
KOUNTR=960	!spacing in timesteps of restart records
KOUNTP=96	!spacing in timesteps of printed output (XSECT - grid/SPOP -
                !prints spectral coeffs for NCOEFF .NEQ. 0)
KOUNTE=96	!spacing in timesteps of energy output (ENERGY)
NCOEFF=0	!or 21 (=NN) as default for printing spectral arrays
&END

&INPRS
RESTIM=0.0	!set friction and newtonian cooling for lrestij=false
&END

&INPRSIJ
RESTIM=4.6296,4.6296,4.6297,4.6299,4.6312,4.638,4.6757,4.8803,5.9305,10.0709,17.5206,21.7879,22.8853,23.0999,23.1394	!set newtonian cooling for lrestij=true
TFRC=3.5056,4.2087,4.88,5.9891,8.136,13.9339,80.7618,8*0.0	!set friction for lrestij=true
&END

&INPBL
LTBAL=.FALSE.	!if true then calls tbal and calcs Z from T and SP
		!(via tmpsp).  if false then calls balanc and calcs T
		!and SP from Z (via wvort)
KBAL=5		!nessecary if lbalan=true
&END

&WVORT				!not used when inputting U(0)
ZDATN=2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0!,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0,2*0.0,0.01,8*0.0                ! 0.01,10*0.0,0.01,43*0.0	!Z read from this if ltbal=false
&END

&TMPSP
ZDATN=55*0.0	!T read from this if ltbal=true
ZDAT1=11*0.0	!SP read from this if ltbal=true
&END