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pom08.c
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C***********************************************************************
C
C Common blocks for pom08.f
C
C***********************************************************************
C
C Array sizes:
C
integer
$ i,j,k,
$ im ,imm1 ,imm2 ,jm ,
$ jmm1 ,jmm2 ,kb ,kbm1 ,
$ kbm2 ,mm ,i1,i2,i3,j1,j2,j3,j4,k1,k2,k3
C
C***********************************************************************
C
C Set size of problem here:
C
C
parameter
$ (im=650 ,jm=452 ,kb=21)
C wave parameter mm = Number of angle segment + 2
parameter (mm=24+2)
C***********************************************************************
C
parameter
$ (imm1=im-1 ,imm2=im-2 ,jmm1=jm-1 ,jmm2=jm-2 ,
$ kbm1=kb-1 ,kbm2=kb-2 )
C
C-----------------------------------------------------------------------
C
C Scalars:
C
real
$ alpha ,dte ,dti ,dti2 ,
$ grav ,hmax ,kappa ,pi ,
$ ramp ,rfe ,rfn ,rfs ,
$ rfw ,rhoref ,sbias ,slmax ,
$ small ,tbias ,time ,tprni ,
$ umol ,vmax
integer
$ iint ,iprint ,iskp ,jskp ,
$ kl1 ,kl2 ,mode ,modew ,
$ ntp ,initwave,
$ iperx ,ipery ,iproblem !lyo:_20080419:!lyo:_20080507:
C
common/blkcon/
$ alpha ,dte ,dti ,dti2 ,
$ grav ,hmax ,kappa ,pi ,
$ ramp ,rfe ,rfn ,rfs ,
$ rfw ,rhoref ,sbias ,slmax ,
$ small ,tbias ,time ,tprni ,
$ umol ,vmax ,
$ iint ,iprint ,iskp ,jskp ,
$ kl1 ,kl2 ,mode ,modew ,
$ ntp ,initwave,
$ iperx ,ipery ,iproblem !lyo:_20080419:!lyo:_20080507:
C
C-----------------------------------------------------------------------
C
C 1-D arrays:
C
real
$ dz ,dzz ,z ,zz
C
common/blk1d/
$ dz(kb) ,dzz(kb) ,z(kb) ,zz(kb)
C
C-----------------------------------------------------------------------
C
C 2-D arrays:
C
real
$ lat ,long ,
$ aam2d ,advua ,advva ,adx2d ,
$ ady2d ,art ,aru ,arv ,
$ cbc ,cor ,d ,drx2d ,
$ dry2d ,dt ,dum ,dvm ,
$ dx ,dy ,east_c ,east_e ,
$ east_u ,east_v ,e_atmos ,egb ,
$ egf ,el ,elb ,elf ,
$ et ,etb ,etf ,fluxua ,
$ fluxva ,fsm ,h ,north_c ,
$ north_e ,north_u ,north_v ,psi ,
$ rot ,ssurf ,swrad ,vfluxb ,
$ tps ,tsurf ,ua ,vfluxf ,
$ uab ,uaf ,utb ,utf ,
$ va ,vab ,vaf ,
$ vtb ,vtf ,wssurf ,wtsurf ,
$ wubot ,wusurf ,wvbot ,wvsurf ,
$ u10 ,u10x ,u10y
C
common/blk2d/
$ lat(im,jm) ,long(im,jm) ,
$ aam2d(im,jm) ,advua(im,jm) ,advva(im,jm) ,adx2d(im,jm) ,
$ ady2d(im,jm) ,art(im,jm) ,aru(im,jm) ,arv(im,jm) ,
$ cbc(im,jm) ,cor(im,jm) ,d(im,jm) ,drx2d(im,jm) ,
$ dry2d(im,jm) ,dt(im,jm) ,dum(im,jm) ,dvm(im,jm) ,
$ dx(im,jm) ,dy(im,jm) ,east_c(im,jm) ,east_e(im,jm) ,
$ east_u(im,jm) ,east_v(im,jm) ,e_atmos(im,jm) ,egb(im,jm) ,
$ egf(im,jm) ,el(im,jm) ,elb(im,jm) ,elf(im,jm) ,
$ et(im,jm) ,etb(im,jm) ,etf(im,jm) ,fluxua(im,jm) ,
$ fluxva(im,jm) ,fsm(im,jm) ,h(im,jm) ,north_c(im,jm) ,
$ north_e(im,jm) ,north_u(im,jm) ,north_v(im,jm) ,psi(im,jm) ,
$ rot(im,jm) ,ssurf(im,jm) ,swrad(im,jm) ,vfluxb(im,jm) ,
$ tps(im,jm) ,tsurf(im,jm) ,ua(im,jm) ,vfluxf(im,jm) ,
$ uab(im,jm) ,uaf(im,jm) ,utb(im,jm) ,utf(im,jm) ,
$ va(im,jm) ,vab(im,jm) ,vaf(im,jm) ,
$ vtb(im,jm) ,vtf(im,jm) ,wssurf(im,jm) ,wtsurf(im,jm) ,
$ wubot(im,jm) ,wusurf(im,jm) ,wvbot(im,jm) ,wvsurf(im,jm) ,
$ u10(im,jm) ,u10x(im,jm) ,u10y(im,jm)
C
C-----------------------------------------------------------------------
C
C 3-D arrays:
C
real
$ aam ,advx ,advy ,a ,
$ c ,drhox ,drhoy ,dtef ,
$ ee ,gg ,kh ,km ,
$ kq ,l ,q2b ,q2 ,
$ q2lb ,q2l ,rho ,rmean ,
$ sb ,sclim ,s ,tb ,
$ tclim ,t ,ub ,uf ,
$ u ,vb ,vf ,v ,
$ w ,wr ,zflux ,rclim
$ ,wu ,wv
!lyo:_20080602:add wr !lyo:_20081226:add rclim
C
common/blk3d/
$ aam(im,jm,kb) ,advx(im,jm,kb) ,advy(im,jm,kb) ,a(im,jm,kb) ,
$ c(im,jm,kb) ,drhox(im,jm,kb),drhoy(im,jm,kb),dtef(im,jm,kb) ,
$ ee(im,jm,kb) ,gg(im,jm,kb) ,kh(im,jm,kb) ,km(im,jm,kb) ,
$ kq(im,jm,kb) ,l(im,jm,kb) ,q2b(im,jm,kb) ,q2(im,jm,kb) ,
$ q2lb(im,jm,kb) ,q2l(im,jm,kb) ,rho(im,jm,kb) ,rmean(im,jm,kb),
$ sb(im,jm,kb) ,sclim(im,jm,kb),s(im,jm,kb) ,tb(im,jm,kb) ,
$ tclim(im,jm,kb),t(im,jm,kb) ,ub(im,jm,kb) ,uf(im,jm,kb) ,
$ u(im,jm,kb) ,vb(im,jm,kb) ,vf(im,jm,kb) ,v(im,jm,kb) ,
$ w(im,jm,kb) ,wr(im,jm,kb) ,zflux(im,jm,kb),rclim(im,jm,kb)
c!sc:winds for interpolation in time
$ ,wu(im,jm,2) ,wv(im,jm,2)
!lyo:_20080602:add wr !lyo:_20081226:add rclim
C
C-----------------------------------------------------------------------
C
C 1 and 2-D boundary value arrays:
C
real
$ ele ,eln ,els ,elw ,
$ sbe ,sbn ,sbs ,sbw ,
$ tbe ,tbn ,tbs ,tbw ,
$ uabe ,uabw ,ube ,ubw ,
$ vabn ,vabs ,vbn ,vbs
C
common/bdry/
$ ele(jm) ,eln(im) ,els(im) ,elw(jm) ,
$ sbe(jm,kb) ,sbn(im,kb) ,sbs(im,kb) ,sbw(jm,kb) ,
$ tbe(jm,kb) ,tbn(im,kb) ,tbs(im,kb) ,tbw(jm,kb) ,
$ uabe(jm) ,uabw(jm) ,ube(jm,kb) ,ubw(jm,kb) ,
$ vabn(im) ,vabs(im) ,vbn(im,kb) ,vbs(im,kb)
C
C-----------------------------------------------------------------------
C
C Character variables:
C
character*19
$ time_start
C
character*40
$ source,title
C
common/blkchar/
$ time_start ,source ,title
C
C-----------------------------------------------------------------------
C-----------------------------------------------------------------------
C Common variables associated with the wave subroutines
C-----------------------------------------------------------------------
C-----------------------------------------------------------------------
integer
& m,nwave,isplitw
real
& dth,dthinv,dtw,dtw2,dtww,ent,enwnd,thtav,thtpws,Hs,
& aren,areninv,x,y,
& cs,sn,theta,thetam,csm,snm,
& enw,ens,ene,enn,
& sigthw,sigths,sigthe,sigthn,
& sigthf,sigth,sigthb,sigthav,
& cth,cg,kth,kthD,kthav,kthavD,
& kpD,cgx,cgy,
& age,ageinv,tht_wnd,
& sigp,sigpws,ustw,cd,
& cp,kp, cthth,
& enb,en,enf,
& qdis,Hm,bdis1,bdis2,
& sdis,swin,fspr,
& swintot,sdistot,bdistot,ustp,
& tps2d,ud,vd,
C variables used by circulation model
& tpx0,tpy0,ttx0,tty0,
& tpx,tpy,tpzdist,ttx,tty,
& ust,vst,
& ucb,ucf,vcb,vcf,
& Sxx,Sxy,Syy,
& F1,F2,F3,F4
C
common/blkwave/
& dthinv,
& ent(im,jm),enwnd(im,jm),thtav(im,jm),thtpws(im,jm),Hs(im,jm),
& aren(im,jm),areninv(im,jm),x(im),y(jm),
& cs(mm),sn(mm),theta(mm),thetam(mm),csm(mm),snm(mm),
& enw(jm,mm),ens(im,mm),ene(jm,mm),enn(im,mm),
& sigthw(jm,mm),sigths(im,mm),sigthe(jm,mm),sigthn(im,mm),
& sigthf(im,jm,mm),sigth(im,jm,mm),sigthb(im,jm,mm),
& sigthav(im,jm),
& cth(im,jm,mm),cg(im,jm,mm),kth(im,jm,mm),kthD(im,jm,mm),
& kpD(im,jm),kthav(im,jm),kthavD(im,jm),
& cgx(im,jm,mm),cgy(im,jm,mm),
& age(im,jm),ageinv(im,jm),tht_wnd(im,jm),
& sigp(im,jm),sigpws(im,jm),ustw(im,jm),cd(im,jm),
& cp(im,jm),kp(im,jm), cthth(im,jm,mm),
& enb(im,jm,mm),en(im,jm,mm),enf(im,jm,mm),
& qdis(im,jm),Hm(im,jm),bdis1(im,jm,mm),bdis2(im,jm,mm),
& sdis(im,jm,mm),swin(im,jm,mm),fspr(im,jm,mm),
& swintot(im,jm),sdistot(im,jm),bdistot(im,jm),
& ustp(im,jm),
& tps2d(im,jm),ud(im,jm),vd(im,jm),
C variables used by circulation model
& tpx0(im,jm),tpy0(im,jm),ttx0(im,jm),tty0(im,jm),
& tpx(im,jm,kb),tpy(im,jm,kb),tpzdist(im,jm,kb),
& ttx(im,jm,kb),tty(im,jm,kb),
& ust(im,jm,kb),vst(im,jm,kb),
& ucb(im,jm,kb),ucf(im,jm,kb),vcb(im,jm,kb),vcf(im,jm,kb),
& Sxx(im,jm,kb),Sxy(im,jm,kb),Syy(im,jm,kb),
& F1(kb),F2(kb),F3(kb),F4(kb)
! !
!----------------------------------------------------------------------!
!lyo:!wad:begins: !
!----------------------------------------------------------------------!
!----------------------------------------------------------------------!
! Common variables associated with WAD !
!----------------------------------------------------------------------!
!----------------------------------------------------------------------!
integer nwad
!
real
$ alph0,hhi0,tidamp,hco,
$ zsh,
$ hmin,hc,hhi,
$ dtrat,cwetrlx1,cwetrlx2 !Relax params. for when river water
!is discharged onto dry cells
!
common/blkconwad/
$ alph0 ,hhi0 ,tidamp ,hco ,
$ zsh ,hmin ,hc ,hhi ,
$ dtrat ,cwetrlx1 ,cwetrlx2 ,nwad
!
real
$ wriv ,dwet ,wetmask ,wmarsh ,
$ ddf ,dd0 ,ddb ,ssurfwet ,
$ hkeep
!
common/blk2dwad/ !ALL but wriv are used in main prog. only:
$ wriv(im,jm), !used in main & subr.advt!not implemented yet
$ dwet(im,jm),wetmask(im,jm),wmarsh(im,jm),
$ ddf(IM,JM),dd0(IM,JM),ddb(IM,JM),
$ hkeep(im,jm),ssurfwet(im,jm) !used for river specifications
!
real
$ pdens
!
common/blk3dwad/
$ pdens(im,jm,kb) !used in dens & profq
! !
!lyo:!wad:ends: !
!----------------------------------------------------------------------!
! !
C-----------------------------------------------------------------------
C
C End of common blocks
C
C-----------------------------------------------------------------------
C