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Copy pathblkdat.F+99
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blkdat.F+99
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subroutine blkdat
#if defined(USE_CCSM3)
use ccsm3_io ! CCSM3 I/O interface, uses mod_cb_arrays
use mod_xc, ! HYCOM communication interface
& only: xcstop, xcsync, mnproc
#else
use mod_xc ! HYCOM communication interface
use mod_cb_arrays ! HYCOM saved arrays
#endif
use mod_incupd ! HYCOM incremental update (for data assimilation)
use mod_floats ! HYCOM synthetic floats, drifters and moorings
use mod_tides ! HYCOM tides
#if defined(STOKES)
use mod_stokes ! HYCOM Stokes Drift effects from Wave fields
#endif
implicit none
c
real day1,hybrlx,cplifq,frzifq
integer k,kdmblk,mlflag,thflag,trcflg1
integer lngblk
character sigfmt*26
c
include 'stmt_fns.h'
c
c --- initialize common variables.
c
#if defined(USE_CCSM3)
flnminp = flnmpard
#elif defined(OCEANS2)
if (nocean.eq.2) then
c --- slave HYCOM works from ./OCEAN2
flnminp = './OCEAN2/'
else
c --- master HYCOM
flnminp = './'
endif
#else
flnminp = './'
#endif
open(unit=uoff+99,file=trim(flnminp)//'blkdat.input') !on all nodes
c
c --- 'lp' = logical unit number for printer output
c lp = 6 !now defined in xcspmd
c
c --- four lines (80-characters) describing the simulation
read( uoff+99,'(a80/a80/a80/a80)') ctitle
if (mnproc.eq.1) then
write(lp,*)
write(lp,'(a80/a80/a80/a80)') ctitle
call flush(lp)
endif !1st tile
c
c --- 'iversn' = hycom version number x10
c --- 'iexpt' = experiment number x10
if (mnproc.eq.1) then
write(lp,*)
endif !1st tile
call blkini(iversn,'iversn')
call blkini(iexpt, 'iexpt ')
c
if (iversn.lt.22 .or. iversn.gt.22) then
if (mnproc.eq.1) then
write(lp,'(/ a,i3,a,i3 /)')
& 'error - iversn must be between',22,' and',22
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
c
c --- 'idm ' = longitudinal array size
c --- 'jdm ' = latitudinal array size
if (mnproc.eq.1) then
write(lp,*)
endif !1st tile
call blkini(itest ,'idm ')
call blkini(jtest ,'jdm ')
c
if (itdm.eq.-1) then !serial relo case only
itdm = itest
idm = itest
ii = itest
jtdm = jtest
jdm = jtest
jj = jtest
endif
c
if (itest.ne.itdm) then
if (mnproc.eq.1) then
write(lp,'(/ a,i5 /)')
& 'error - expected idm =',itdm
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
if (jtest.ne.jtdm) then
if (mnproc.eq.1) then
write(lp,'(/ a,i5 /)')
& 'error - expected jdm =',jtdm
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
c
c --- 'itest,jtest' = grid point where detailed diagnostics are desired
c --- itest=jtest=0 turns off all detailed diagnostics
if (mnproc.eq.1) then
write(lp,*)
endif !1st tile
call blkini(ittest,'itest ')
call blkini(jttest,'jtest ')
c
if (ittest.gt.itdm) then
if (mnproc.eq.1) then
write(lp,'(/ a,i5 /)')
& 'error - maximum itest is',itdm
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
if (jttest.gt.jtdm) then
if (mnproc.eq.1) then
write(lp,'(/ a,i5 /)')
& 'error - maximum jtest is',jtdm
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
c
c --- map global ittest,jttest to local itest,jtest
if (ittest.gt.i0 .and. ittest.le.i0+ii .and.
& jttest.gt.j0 .and. jttest.le.j0+jj ) then
itest = ittest - i0
jtest = jttest - j0
else
itest = -99
jtest = -99
endif
c
* if (mnproc.eq.1) then
* write(lp,*)
* endif !1st tile
* call xcsync(flush_lp)
* do k= 1,ijpr
* if (mnproc.eq.k) then
* write(lp,'(a,3i5)') 'mnproc,[ij]test =',mnproc,itest,jtest
* endif
* call xcsync(flush_lp)
* enddo !k
c
c --- 'kdm ' = number of layers
if (mnproc.eq.1) then
write(lp,*)
endif !1st tile
call blkini(kdmblk,'kdm ')
c
#if defined(RELO)
kdm = kdmblk
kk = kdmblk
c
allocate(
& dp0k(kdm),
& ds0k(kdm),
& sigma(kdm),
& salmin(kdm) )
call mem_stat_add( 4*kdm )
#else
if (kdmblk.ne.kdm) then
if (mnproc.eq.1) then
write(lp,'(/ a,i3 /)')
& 'error - expected kdm =',kdm
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
#endif
c
c --- 'nhybrd' = number of hybrid levels (0=all isopycnal)
c --- 'nsigma' = number of sigma levels (nhybrd-nsigma z-levels)
c --- 'dp00' = deep z-level spacing minimum thickness (m)
c --- 'dp00x' = deep z-level spacing maximum thickness (m)
c --- 'dp00f' = deep z-level spacing stretching factor (1.0=const.z)
c --- 'ds00' = shallow z-level spacing minimum thickness (m)
c --- 'ds00x' = shallow z-level spacing maximum thickness (m)
c --- 'ds00f' = shallow z-level spacing stretching factor (1.0=const.z)
c --- 'dp00i' = deep iso-pycnal spacing minimum thickness (m)
c --- 'isotop' = shallowest depth for isopycnal layers (m), <0 from file
c
c --- the above specifies a vertical coord. that is isopycnal or:
c --- near surface z in deep water, based on dp00,dp00x,dp00f
c --- near surface z in shallow water, based on ds00,ds00x,ds00f and nsigma
c --- sigma between them, based on ds00,ds00x,ds00f and nsigma
c
c --- d[ps].k/d[ps].1 = d[ps]00f**(k-1) unless limited by d[ps]00x.
c --- if d[ps]00f>1, d[ps]00x (> d[ps]00) is the maximum thickness.
c --- if d[ps]00f<1, d[ps]00x (< d[ps]00) is the minimum thickness.
c
c --- near the surface (i.e. shallower than isotop), layers are always fixed
c --- depth (z or sigma). layer 1 is always fixed, so isotop=0.0 is not
c --- allowed. if isotop<0.0 then isotop(1:idm,1:jdm) is a spacially
c --- varying array, input from the file iso.top.[ab].
c
c --- away from the surface, the minimum layer thickness is dp00i.
c --- to recover original hybrid behaviour, set dp00i=dp00x
c --- for z-only, sigma-only or sigma-z only, set dp00i=dp00x
c
c --- for z-only set nsigma=0 (and ds00,ds00x,ds00f=dp00,dp00x,dp00f)
c --- for sigma-z (shallow-deep) use a very small ds00
c --- (pure sigma-z also has ds00f=dp00f and ds00x=dp00x*ds00/dp00)
c --- for z-sigma (shallow-deep) use a very large dp00 (not recommended)
c --- for sigma-only set nsigma=kdm, dp00 large, and ds00 small
c
c --- for an entirely fixed vertical coordinate (no isopycnal layers), set
c --- isotop large or make all target densities (sigma(k), below) very small.
c
c --- or, in place of 'dp00','dp00x','dp00f','ds00','ds00x','ds00f' specify:
c --- 'dp0k ' = layer k deep z-level spacing minimum thickness (m)
c --- k=1,kdm; dp0k must be zero for k>nhybrd
c --- 'ds0k ' = layer k shallow z-level spacing minimum thickness (m)
c --- k=1,nsigma
c
c --- uses version 2.2.58 definition of deep and shallow z-levels.
c --- terrain following starts at depth dpns=sum(dp0k(k),k=1,nsigma) and
c --- ends at depth dsns=sum(ds0k(k),k=1,nsigma), and the depth of the
c --- k-th layer interface varies linearly with total depth between
c --- these two reference depths.
c
c --- previous to 2.2.58, it was layer thickness (not layer interface
c --- depth) that varied linearly with total depth. These two approachs
c --- are identical for "pure sigma-z", but differ if ds00f/=dp00f.
c
call blkini(nhybrd,'nhybrd')
call blkini(nsigma,'nsigma')
call blkinr2(dp00,k,
& 'dp00 ','(a6," =",f10.4," m")',
& 'dp0k ','(a6," =",f10.4," m")' )
if (k.eq.1) then !dp00
call blkinr(dp00x, 'dp00x ','(a6," =",f10.4," m")')
call blkinr(dp00f, 'dp00f ','(a6," =",f10.4," ")')
call blkinr(ds00, 'ds00 ','(a6," =",f10.4," m")')
call blkinr(ds00x, 'ds00x ','(a6," =",f10.4," m")')
call blkinr(ds00f, 'ds00f ','(a6," =",f10.4," ")')
else !dp0k
dp0k(1) = dp00
dp00 = -1.0 !signal that dp00 is not input
do k=2,kdm
call blkinr(dp0k(k), 'dp0k ','(a6," =",f10.4," m")')
c
if (k.gt.nhybrd .and. dp0k(k).ne.0.0) then
if (mnproc.eq.1) then
write(lp,'(/ a,i3 /)')
& 'error - dp0k must be zero for k>nhybrd'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !k>nhybrd&dp0k(k)!=0
enddo !k
do k=1,nsigma
call blkinr(ds0k(k), 'ds0k ','(a6," =",f10.4," m")')
enddo !k
endif !dp00:dp0k
call blkinr(dp00i, 'dp00i ','(a6," =",f10.4," m")')
call blkinr(isotop,'isotop','(a6," =",f10.4," m")')
c
c --- isopycnal (MICOM-like) iff nhybrd is 0
isopyc = nhybrd .eq. 0
hybrid = .not. isopyc
if (hybrid .and. nsigma.le.1) then
nsigma=1
if (dp00.lt.0.0) then
ds0k(1) = dp0k(1)
endif
endif
if (isopyc .and. sigver.gt.2) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - MICOM-like requires the 7-term eqn. of state'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
c
if (nhybrd.gt.kdm) then
if (mnproc.eq.1) then
write(lp,'(/ a,i3 /)')
& 'error - maximum nhybrd is kdm =',kdm
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
if (nsigma.gt.nhybrd) then
if (mnproc.eq.1) then
write(lp,'(/ a,i3 /)')
& 'error - maximum nsigma is nhybrd =',nhybrd
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
if (dp00.ge.0.0) then
if (isopyc .and. max(dp00,dp00x).ne.0.0) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - must have dp00x==dp00==0.0 for isopycnal case'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
if (dp00f.eq.1.0 .and. dp00.ne.dp00x) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - must have dp00x==dp00 for dp00f==1.0'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
if (dp00f.gt.1.0 .and. dp00.ge.dp00x) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - dp00x must be > dp00 for dp00f>1'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
if (dp00f.lt.1.0 .and. dp00.le.dp00x) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - dp00x must be < dp00 for dp00f<1'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
if (ds00.gt.dp00) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - must have ds00 <= dp00'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
if (ds00.le.0.0 .and. .not.isopyc) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - must have ds00>0.0'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
if (ds00f.eq.1.0 .and. ds00.ne.ds00x) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - must have ds00x==ds00 for ds00f==1.0'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
if (ds00f.gt.1.0 .and. ds00.ge.ds00x) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - ds00x must be > ds00 for ds00f>1'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
if (ds00f.lt.1.0 .and. ds00.le.ds00x) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - ds00x must be < ds00 for ds00f<1'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
if (isotop.eq.0.0) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - isotop cannot be 0.0 (layer 1 never isopycnal)'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !error
endif !dp00 used
c
c --- 'saln0' = initial salinity value (psu), only used for iniflg<2
c --- 'locsig' = locally-referenced potential density for stability (0=F,1=T)
c --- 'kapref' = thermobaric reference state (-1=input,0=none,1,2,3=constant)
c --- 1=Arctic/Antarctic; 2=Atlantic; 3=Mediterranean
c --- 'thflag' = reference pressure flag (0=Sigma-0, 2=Sigma-2)
c --- this is a check on the compile-time stmt_funcs.h setup.
if (mnproc.eq.1) then
write(lp,*)
endif !1st tile
call blkinr(saln0, 'saln0 ','(a6," =",f10.4," psu")')
call blkinl(locsig,'locsig')
call blkini(kapref,'kapref')
call blkini(thflag,'thflag')
c --- kapnum is number of thermobaric reference states (1 or 2)
if (kapref.ne.-1) then
kapnum=1
else
kapnum=2
endif
c
if (kapref.lt.-1 .or. kapref.gt.3) then
if (mnproc.eq.1) then
write(lp,'(/ a,i1 /)')
& 'error - kapref must be between -1 and 3'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !kapref error
if (thflag.eq.0) then
if (sigver.eq.1) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'equation of state is 7-term sigma-0'
call flush(lp)
endif !1st tile
elseif (sigver.eq.3) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'equation of state is 9-term sigma-0'
call flush(lp)
endif !1st tile
elseif (sigver.eq.5) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'equation of state is 17-term sigma-0'
call flush(lp)
endif !1st tile
elseif (sigver.eq.7) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'equation of state is 12-term sigma-0'
call flush(lp)
endif !1st tile
else
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - thflag not consistent with sig()'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !7-term:9-term:error
elseif (thflag.eq.2) then
if (sigver.eq.2) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'equation of state is 7-term sigma-2'
call flush(lp)
endif !1st tile
elseif (sigver.eq.4) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'equation of state is 9-term sigma-2'
call flush(lp)
endif !1st tile
elseif (sigver.eq.6) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'equation of state is 17-term sigma-2'
call flush(lp)
endif !1st tile
elseif (sigver.eq.8) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'equation of state is 12-term sigma-2'
call flush(lp)
endif !1st tile
else
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - thflag not consistent with sig()'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !7-term:9-term:error
else
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - thflag must be 0 or 2'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !thflag
if (thflag.eq.0) then
sigfmt = '(a6," =",f10.4," sigma-0")'
elseif (thflag.eq.2) then
sigfmt = '(a6," =",f10.4," sigma-2")'
endif
c
c --- 'thbase' = reference density (sigma units)
call blkinr(thbase,'thbase',sigfmt)
c
c --- 'vsigma' = spacially varying isopycnal layer target densities (0=F,1=T)
c --- if true, target densities input from file iso.sigma.[ab]
if (mnproc.eq.1) then
write(lp,*)
endif !1st tile
call blkinl(vsigma,'vsigma')
c
c --- 'sigma ' = isopycnal layer target densities (sigma units)
do k=1,kdm
call blkinr(sigma(k),'sigma ',sigfmt)
c
if (k.gt.1) then
if (sigma(k).le.sigma(k-1)) then
if (mnproc.eq.1) then
write(lp,'(/ a,i3 /)')
& 'error - sigma is not stabally stratified'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif !sigma(k).le.sigma(k-1)
endif !k>1
enddo !k
c
c --- 'iniflg' = initial state flag (0=level,1=zonal,2=climatology)
c --- 'jerlv0' = initial jerlov water type (1 to 5; 0 kpar, -1 chl)
if (mnproc.eq.1) then
write(lp,*)
endif !1st tile
call blkini(iniflg,'iniflg')
call blkini(jerlv0,'jerlv0')
c
if (iniflg.lt.0 .or. iniflg.gt.3) then !inicon==3 ok, for old .inputs
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - iniflg must be between 0 and 2'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
if (jerlv0.lt.-1 .or. jerlv0.gt.5) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - jerlv0 must be -1 or 0 or between 1 and 5'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
c
c --- 'yrflag' = days in year flag (0=360,1=366,2=366Jan1,3=actual)
c --- (-2=366Jan1 with 732-day forcing repeat)
c --- 'sshflg' = diagnostic SSH flag (0=SSH,1=SSH&stericSSH)
c --- note that sshflg==1 implies reading relax.ssh.a
c --- 'dsurfq' = number of days between model diagnostics at the surface
c --- (-ve to output only the .txt file at itest,jtest)
c --- 'diagfq' = number of days between model diagnostics
c --- (-ve same as -diagfq but always write archive at end)
c --- 'proffq' = number of days between model diagnostics at selected locations
c --- 'tilefq' = number of days between model diagnostics on selected tiles
c --- 'meanfq' = number of days between model diagnostics (time averaged)
c --- 'rstrfq' = number of days between model restart output
c --- (-ve same as -rstrfq but no restart at end)
c --- 'bnstfq' = number of days between baro nesting archive input
c --- (-ve for mean archives spanning -bnstfq days;
c --- 0.0 if lbflag is not 2 or 4)
c --- 'nestfq' = number of days between 3-d nesting archive input
c --- (-ve for mean archives spanning -nestfq days;
c --- 0.0 turns off relaxation to 3-d nesting input)
c --- 'cplifq' = number of days (or time steps) between sea ice coupling
c --- (positive days or negative time steps)
c --- 'baclin' = baroclinic time step (seconds), int. divisor of 86400
c --- 'batrop' = barotropic time step (seconds), int. divisor of baclin
if (mnproc.eq.1) then
write(lp,*)
endif !1st tile
call blkini(yrflag,'yrflag')
call blkini(sshflg,'sshflg')
call blkinr(dsurfq,'dsurfq','(a6," =",f10.4," days")')
call blkinr(diagfq,'diagfq','(a6," =",f10.4," days")')
call blkinr(proffq,'proffq','(a6," =",f10.4," days")')
call blkinr(tilefq,'tilefq','(a6," =",f10.4," days")')
call blkinr(meanfq,'meanfq','(a6," =",f10.4," days")')
call blkinr(rstrfq,'rstrfq','(a6," =",f10.4," days")')
call blkinr(bnstfq,'bnstfq','(a6," =",f10.4,
& " days (-ve mean span)")')
call blkinr(nestfq,'nestfq','(a6," =",f10.4,
& " days (-ve mean span)")')
call blkinr(cplifq,'cplifq','(a6," =",f10.4,
& " days (-ve time steps)")')
call blkinr(baclin,'baclin','(a6," =",f10.4," sec")')
call blkinr(batrop,'batrop','(a6," =",f10.4," sec")')
c
if (yrflag.eq.-2) then
yrflag = 2
wndrep = 732.0d0 !two year forcing repeat period
elseif (yrflag.eq. 2) then
wndrep = 366.0d0 !one year forcing repeat period
endif
#if defined(RELO)
if (yrflag.lt.2) then
natm = 4 !monthly forcing
else
natm = 2 !high-frequency forcing
endif
#else
if (yrflag.lt.2) then
if (natm.lt.4) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - natm must be 4 for monthly forcing (yrflag==0,1)'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
else
if (natm.ne.2) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'warning - natm can be 2 for this forcing (yrflag!=0,1)'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
endif
#endif
c
dsur1p = dsurfq .lt. 0.0
if (dsur1p) then
dsurfq = -dsurfq
endif
c
arcend = diagfq.lt.0.0
diagfq = abs(diagfq)
c
if (cplifq.ge.0.0) then
icpfrq = nint( cplifq*(86400.0/baclin) )
else
icpfrq = nint(-cplifq)
endif
if (mnproc.eq.1) then
write(lp,*)
write(lp,'(a,i10)') 'icpfrq =',icpfrq
endif !1st tile
c
if (yrflag.lt.0 .or. yrflag.gt.3) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - yrflag must be between 0 and 3'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
if (yrflag.le.1) then ! monthly forcing
if (abs(nint(86400.0/baclin)-86400.0/baclin).gt.0.01) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - baclin not an integer divisor of 24 hours'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
else ! make it exact
* write(lp,*) 'old baclin = ',baclin
baclin = 86400.0/nint(86400.0/baclin)
* write(lp,*) 'new baclin = ',baclin
endif
else ! high frequency forcing
if (abs(nint(21600.0/baclin)-21600.0/baclin).gt.0.01) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - baclin not an integer divisor of 6 hours'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
else ! make it exact
* write(lp,*) 'old baclin = ',baclin
baclin = 21600.0/nint(21600.0/baclin)
* write(lp,*) 'new baclin = ',baclin
endif
endif
c --- assume btrlfr (leapfrog time step), converse tested later
if (abs(nint(baclin/batrop)-
& baclin/batrop ).gt.0.01) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - batrop not an integer divisor of baclin'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
else ! make it exact
* write(lp,*) 'old batrop = ',batrop
batrop = baclin/nint(baclin/batrop)
* write(lp,*) 'new batrop = ',batrop
endif
if (abs(nint((dsurfq*86400.d0)/baclin)-
& (dsurfq*86400.d0)/baclin ).gt.0.01) then
if (mnproc.eq.1) then
write(lp,'(/ a,a /)')
& 'error - ',
& 'dsurfq is not a whole number of baroclinic time steps'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
else ! make it exact
* write(lp,*) 'old dsurfq = ',dsurfq
dsurfq = nint((dsurfq*86400.d0)/baclin)*(baclin/86400.d0)
* write(lp,*) 'new dsurfq = ',dsurfq
endif
if (abs(nint((diagfq*86400.d0)/baclin)-
& (diagfq*86400.d0)/baclin ).gt.0.01) then
if (mnproc.eq.1) then
write(lp,'(/ a,a /)')
& 'error - ',
& 'diagfq is not a whole number of baroclinic time steps'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
else ! make it exact
* write(lp,*) 'old diagfq = ',diagfq
diagfq = nint((diagfq*86400.d0)/baclin)*(baclin/86400.d0)
* write(lp,*) 'new diagfq = ',diagfq
endif
if (abs(nint((proffq*86400.d0)/baclin)-
& (proffq*86400.d0)/baclin ).gt.0.01) then
if (mnproc.eq.1) then
write(lp,'(/ a,a /)')
& 'error - ',
& 'proffq is not a whole number of baroclinic time steps'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
else ! make it exact
* write(lp,*) 'old proffq = ',proffq
proffq = nint((proffq*86400.d0)/baclin)*(baclin/86400.d0)
* write(lp,*) 'new proffq = ',tilefq
endif
if (abs(nint((tilefq*86400.d0)/baclin)-
& (tilefq*86400.d0)/baclin ).gt.0.01) then
if (mnproc.eq.1) then
write(lp,'(/ a,a /)')
& 'error - ',
& 'tilefq is not a whole number of baroclinic time steps'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
else ! make it exact
* write(lp,*) 'old tilefq = ',tilefq
tilefq = nint((tilefq*86400.d0)/baclin)*(baclin/86400.d0)
* write(lp,*) 'new tilefq = ',tilefq
endif
if (abs(nint((meanfq*86400.d0)/baclin)-
& (meanfq*86400.d0)/baclin ).gt.0.01) then
if (mnproc.eq.1) then
write(lp,'(/ a,a /)')
& 'error - ',
& 'meanfq is not a whole number of baroclinic time steps'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
else ! make it exact
* write(lp,*) 'old meanfq = ',meanfq
meanfq = nint((meanfq*86400.d0)/baclin)*(baclin/86400.d0)
* write(lp,*) 'new meanfq = ',meanfq
endif
#if defined(RELO)
if (nestfq.ne.0.0) then
kknest = kdm
else
kknest = 1
endif
#else
if (kknest.ne.kdm .and. nestfq.ne.0.0) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - kknest (dimensions.h) must be kdm when nesting'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
#endif
c
c --- 'incflg' = incremental update flag (0=no, 1=yes, 2=full-velocity)
c --- 'incstp' = no. timesteps for full update (1=full insertion)
c --- 'incupf' = number of days of incremental updating input
if (mnproc.eq.1) then
write(lp,*)
endif !1st tile
call blkini(incflg, 'incflg')
call blkini(incstp, 'incstp')
call blkini(incupf, 'incupf')
c
c --- 'ra2fac' = weight for Robert-Asselin time filter
c --- (old equivalent: wuv2=wts2=0.5*ra2fac,
c --- wuv2>wts2 no longer supported)
c --- 'wbaro ' = weight for time smoothing of barotropic fields
c --- 'btrlfr' = leapfrog barotropic time step (0=F,1=T)
c --- 'btrmas' = barotropic is mass conserving (0=F,1=T)
c --- 'hybraf' = HYBGEN: Robert-Asselin flag (0=F,1=T)
c --- (use 'hybraf'=0 to recover pre-2.2.38 behaviour)
c --- 'hybrlx' = HYBGEN: inverse relaxation coefficient (time steps)
c (1.0 for no relaxation)
c --- 'hybiso' = HYBGEN: Use PCM if layer is within hybiso of target density
c (0.0 for no PCM; large to recover pre-2.2.09 behaviour)
c --- 'hybmap' = HYBGEN: remapper flag (0=PCM, 1=PLM, 2=PPM, 3=WENO-like)
c --- 'hybflg' = HYBGEN: generator flag (0=T&S, 1=th&S, 2=th&T)
c --- 'advflg' = thermal advection flag (0=T&S, 1=th&S, 2=th&T)
c --- 'advtyp' = scalar advection type (0=PCM, 1=MPDATA, 2=FCT2, 4=FCT4)
c --- 'momtyp' = momentum advection type (2=2nd order, 4=4th order)
c --- 'slip' = +1 for free-slip, -1 for non-slip boundary conditions
c --- 'visco2' = deformation-dependent Laplacian viscosity factor
c --- 'visco4' = deformation-dependent biharmonic viscosity factor
c --- 'facdf4' = speed-dependent biharmonic viscosity factor
c --- (diffusion velocity is facdf4*|v|)
c --- 'veldf2' = diffusion velocity (m/s) for Laplacian momentum dissipation
c --- (negative to input spacially varying diffusion velocity)
c --- 'veldf4' = diffusion velocity (m/s) for biharmonic momentum dissipation
c --- (negative to input spacially varying diffusion velocity)
c --- 'thkdf2' = diffusion velocity (m/s) for Laplacian thickness diffusion
c --- 'thkdf4' = diffusion velocity (m/s) for biharmonic thickness diffusion
c --- (negative to input spacially varying diffusion velocity)
c --- 'temdf2' = diffusion velocity (m/s) for Laplacian temp/saln diffusion
c --- 'temdfc' = temp diffusion conservation (0.0,1.0 all dens,temp resp.)
c --- 'vertmx' = diffusion velocity (m/s) for mom.mixing at mix.layr.base
c --- (vertmx only used in MICOM-like isopycnal mode)
c --- 'cbar' = rms flow speed (m/s) for linear bottom friction
c --- (negative to input spacially varying rms flow speed)
c --- 'cb' = coefficient of quadratic bottom friction
c --- (negative to input spacially varying coefficient)
c --- 'drglim' = limiter for explicit friction (1.0 no limiter, 0.0 implicit)
if (mnproc.eq.1) then
write(lp,*)
endif !1st tile
call blkinr(ra2fac,'ra2fac','(a6," =",f10.4," ")')
call blkinr(wbaro ,'wbaro ','(a6," =",f10.4," ")')
call blkinl(btrlfr,'btrlfr')
call blkinl(btrmas,'btrmas')
call blkinl(hybraf,'hybraf')
call blkinr(hybrlx,'hybrlx','(a6," =",f10.4," time steps")')
call blkinr(hybiso,'hybiso','(a6," =",f10.4," kg/m^3")')
call blkini(hybmap,'hybmap')
call blkini(hybflg,'hybflg')
call blkini(advflg,'advflg')
call blkini(advtyp,'advtyp')
call blkini(momtyp,'momtyp')
call blkinr(slip, 'slip ',
& '(a6," =",f10.4," (-1=no-slip, +1=free-slip)")')
call blkinr(visco2,'visco2','(a6," =",f10.4," ")')
call blkinr(visco4,'visco4','(a6," =",f10.4," ")')
call blkinr(facdf4,'facdf4','(a6," =",f10.4," ")')
call blkinr(veldf2,'veldf2','(a6," =",f10.4,
& " m/s (-ve if variable)")')
call blkinr(veldf4,'veldf4','(a6," =",f10.4,
& " m/s (-ve if variable)")')
call blkinr(thkdf2,'thkdf2','(a6," =",f10.4," m/s")')
call blkinr(thkdf4,'thkdf4','(a6," =",f10.4,
& " m/s (-ve if variable)")')
call blkinr(temdf2,'temdf2','(a6," =",f10.4," m/s")')
call blkinr(temdfc,'temdfc',
& '(a6," =",f10.4," (0.0,1.0 conserve dens,temp resp.)")')
call blkinr(vertmx,'vertmx','(a6," =",f10.4," m/s")')
call blkinr(cbar, 'cbar ','(a6," =",f10.4,
& " m/s (-ve if variable)")')
call blkinr(cb, 'cb ','(a6," =",f10.4,
& " (-ve if variable)")')
call blkinr(drglim,'drglim','(a6," =",f10.4," ")')
c
if (hybrlx.lt.1.0) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - hybrlx must be at least 1.0'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
qhybrlx = 1.0/hybrlx
c
if (.not.btrlfr .and.
& abs(nint(0.5*baclin/batrop)-
& 0.5*baclin/batrop ).gt.0.01) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - batrop not an integer divisor of baclin/2'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
c
if (btrmas) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - btrmas (.true.) not yet implemented'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
isopcm = hybiso.gt.0.0 !use PCM for isopycnal layers?
if (hybmap.lt.0 .or. hybmap.gt.3) then
if (mnproc.eq.1) then
write(lp,'(/ a,a /)')
& 'error - hybmap must be ',
& '0 (PCM) or 1 (PLM) or 2 (PPM) or 3 (WENO-like)'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
if (hybflg.lt.0 .or. hybflg.gt.2) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - hybflg must be 0 (T&S) or 1 (th&S) or 2 (th&T)'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
if (hybflg.ne.0 .and. (sigver.eq.5 .or. sigver.eq.6)) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - hybflg must be 0 (T&S) for 17-term eqn. of state'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
if (advflg.lt.0 .or. advflg.gt.2) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - advflg must be 0 (T&S) or 1 (th&S) or 2 (th&T)'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
if (advflg.ne.0 .and. (sigver.eq.5 .or. sigver.eq.6)) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - advflg must be 0 (T&S) for 17-term eqn. of state'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
if (advflg.eq.2) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - advflg==2 (th&T) not yet implemented'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
if (advtyp.ne.0 .and. advtyp.ne.1 .and.
& advtyp.ne.2 .and. advtyp.ne.4 ) then
if (mnproc.eq.1) then
write(lp,'(/ a,a /)')
& 'error - advtyp must be 0,1,2,4',
& ' (PCM,MPDATA,FCT2,FCT4)'
call flush(lp)
endif !1st tile
call xcstop('(blkdat)')
stop '(blkdat)'
endif
if (momtyp.ne.2 .and. momtyp.ne.4) then
if (mnproc.eq.1) then
write(lp,'(/ a /)')
& 'error - montyp must be 2 or 4'
call flush(lp)
endif !1st tile