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Add firewx_gridspecs source code to rrfs_utl #59

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Dec 21, 2023
Merged

Add firewx_gridspecs source code to rrfs_utl #59

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8a593f2
Add firewx_gridspecs source code
Dec 21, 2023
913b219
Removing makefile
Dec 21, 2023
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1 change: 1 addition & 0 deletions CMakeLists.txt
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Expand Up @@ -38,6 +38,7 @@ list(APPEND SUBLIST "BLENDING")
list(APPEND SUBLIST "BUFRSND")
list(APPEND SUBLIST "CLOUDANALYSIS")
list(APPEND SUBLIST "ENS_MEAN_RECENTER")
list(APPEND SUBLIST "FIREWX_GRIDSPECS")
list(APPEND SUBLIST "GEN_CS")
list(APPEND SUBLIST "LAKESURGERY")
list(APPEND SUBLIST "LARCCLD")
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23 changes: 23 additions & 0 deletions firewx_gridspecs.fd/CMakeLists.txt
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@@ -0,0 +1,23 @@
list(APPEND src_firewx_gridspecs firewx_gridspecs.f)

add_executable(firewx_gridspecs.exe ${src_firewx_gridspecs})
target_link_libraries(firewx_gridspecs.exe PRIVATE w3emc::w3emc_4
PRIVATE w3nco::w3nco_4)

if(OpenMP_Fortran_FOUND)
target_link_libraries(firewx_gridspecs.exe PRIVATE OpenMP::OpenMP_Fortran)
endif()

install(
TARGETS firewx_gridspecs.exe
EXPORT ${PROJECT_NAME}Exports
RUNTIME DESTINATION ${CMAKE_INSTALL_BINDIR}
LIBRARY DESTINATION ${CMAKE_INSTALL_LIBDIR}
ARCHIVE DESTINATION ${CMAKE_INSTALL_LIBDIR})

if(CMAKE_Fortran_COMPILER_ID MATCHES "^(Intel)$")
set(CMAKE_Fortran_FLAGS
"-g -traceback -fp-model precise -assume noold_ldout_format")
set(CMAKE_Fortran_FLAGS_RELEASE "-O2")
set(CMAKE_Fortran_FLAGS_DEBUG "-O0")
endif()
287 changes: 287 additions & 0 deletions firewx_gridspecs.fd/firewx_gridspecs.f
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program latlon2llc
C
INTEGER GRD(18,2)
CHARACTER*6 DOMAIN
INTEGER IINDEX(4)
INTEGER JINDEX(4)
REAL ALAT(4)
REAL ELON(4)
C
INTEGER GRIBTYPE
C
DATA GRD /0, 255, 3,4289,2753, 20192, -121554, 8, -95000,
& 1270, 1270, 0, 64, 0, 25000, 25000, 0, 0,
& 0, 255, 5,3297,2209, 40530, -178571, 8, -150000,
& 1488, 1488, 0, 64, 0, 0, 0, 0, 0/
C
READ(45,100) DOMAIN
100 FORMAT(A6)
READ(45,99) GRIBTYPE
99 FORMAT(I1)
READ(11,101) LATSW,LSW,LATSE,LSE,LATNW,LNW,LATNE,LNE
101 format(4(1X,I5,1x,I6,1x))
102 format(4(1X,I5,1x,I7,1x))
LONSW=LSW-360000
LONSE=LSE-360000
LONNW=LNW-360000
LONNE=LNE-360000
WRITE(6,102) LATSW,LONSW,LATSE,LONSE,LATNW,LONNW,LATNE,LONNE
C
C K=1: CONUS GRID; K=2: ALASKA GRID

IF (DOMAIN .EQ. 'CONUS') THEN
K=1
ELSE
K=2
ENDIF
C
IF(K.EQ.1) THEN

C fire weather domain is over CONUS
C
PRINT *,'Fire Weather region= ',DOMAIN

ignum=90

alat1 = real(grd(6,k))/1000.
elon1 = 360.0 + (real(grd(7,k))/1000.)
dx = real(grd(10,k))
dx = real(grd(11,k))
elonv = 360. + (real(grd(9,k))/1000.)
alatan = real(grd(15,k))/1000.
print *,alat1,elon1,dx,elonv,alatan

alat(1)=real(LATSW)/1000.
elon(1)=360.0 + real(LONSW)/1000.
call W3FB11(ALAT(1),ELON(1),ALAT1,ELON1,DX,ELONV,ALATAN,
1 XISW,XJSW)
isw=int(xisw)
jsw=int(xjsw)
iindex(1)=isw
jindex(1)=jsw
print *,'sw pt lat=',alat(1),' lon=',elon(1),' at i,j= ',
1 xisw,xjsw,isw,jsw
alat(2)=real(LATSE)/1000.
elon(2)=360.0 + real(LONSE)/1000.
call W3FB11(ALAT(2),ELON(2),ALAT1,ELON1,DX,ELONV,ALATAN,
1 XISE,XJSE)
ise=int(xise)
jse=int(xjse)
iindex(2)=ise
jindex(2)=jse
print *,'se pt lat=',alat(2),' lon=',elon(2),' at i,j= ',
1 xise,xjse,ise,jse
alat(3)=real(LATNW)/1000.
elon(3)=360.0 + real(LONNW)/1000.
call W3FB11(ALAT(3),ELON(3),ALAT1,ELON1,DX,ELONV,ALATAN,
1 XINW,XJNW)
inw=int(xinw)
jnw=int(xjnw)
iindex(3)=inw
jindex(3)=jnw
print *,'nw pt lat=',alat(3),' lon=',elon(3),' at i,j= ',
1 xinw,xjnw,inw,jnw
alat(4)=real(LATNE)/1000.
elon(4)=360.0 + real(LONNE)/1000.
call W3FB11(ALAT(4),ELON(4),ALAT1,ELON1,DX,ELONV,ALATAN,
1 XINE,XJNE)
ine=int(xine)
jne=int(xjne)
iindex(4)=ine
jindex(4)=jne
print *,'ne pt lat=',alat(4),' lon=',elon(4),' at i,j= ',
1 xine,xjne,ine,jne

xlatsw=99999.
xlonsw=99999.
xlatne=-99999.
xlonne=-99999.
do j=1,4
xlatsw=min(alat(j),xlatsw)
xlonsw=min(elon(j),xlonsw)
xlatne=max(alat(j),xlatne)
xlonne=max(elon(j),xlonne)
enddo
print *,xlatsw,xlonsw,xlatne,xlonne
call W3FB11(xlatsw,xlonsw,ALAT1,ELON1,DX,ELONV,ALATAN,
1 XSW,YSW)
call W3FB11(xlatne,xlonne,ALAT1,ELON1,DX,ELONV,ALATAN,
1 XNE,YNE)
print *,XSW,YSW,XNE,YNE
isw=int(xsw)
jsw=int(ysw)
ine=int(xne)
jne=int(yne)
idim=ine-isw+1
jdim=jne-jsw+1
print *,isw,jsw,ine,jne,idim,jdim
C
C get lat/lon on sw corner on master CONUS grid
C
fxsw=real(isw)
fysw=real(jsw)
print *,fxsw,fysw

CALL W3FB12(FXSW,FYSW,ALAT1,ELON1,DX,ELONV,ALATAN,
1 ALATOUT,ELONOUT,IERR)
print *,'lat/lon of SW corner on master grid= ',ALATOUT,ELONOUT
C
C write out block for copygb to create fire weather output grid
C
latstartfw=nint(alatout*1000.)
lonstartfw=nint(elonout*1000.)
lonv=360000+int(grd(9,k))
idx=grd(10,k)
idy=grd(11,k)
ilatan=grd(15,k)
C
if(gribtype.eq.1) then
open(110,file='copygb_gridnavfw.txt',form='formatted'
1 ,status='unknown')
write(110,1000)idim,jdim,latstartfw,lonstartfw,lonv,
1 idx,idy,ilatan,ilatan
1000 format('255 3 ',2(I4,1x),I6,1x,I7,1x,'8 ',I7,1x,
1 2(I6,1x),'0 64',2(1x,I6))
close(110)
else
open(110,file='copygb_gridnavfw.txt',form='formatted'
1 ,status='unknown')
open(120,file='gridnavfw.ijdims.txt',form='formatted'
1 ,status='unknown')
lonv2=lonv/1000
ilatan2=ilatan/1000
write(110,1100)lonv2,ilatan2,ilatan2,elonout,idim,
1 idx,alatout,jdim,idy
1100 format('lambert:',i3,':',i2,':',i2,1x,f7.3,':',i3,':',i4,
1 1x,f6.3,':',i3,':',i4)
write(120,1200)idim,jdim
1200 format(2(i4,1x))
close(110)
close(120)
endif
ELSE

c fire weather domain is over Alaska

ignum=92

PRINT *,'Fire Weather region= ',DOMAIN, K

alat1 = real(grd(6,k))/1000.
elon1 = 360.0 + (real(grd(7,k))/1000.)
dx = real(grd(10,k))
alonv = 360.0 + (real(grd(9,k))/1000.)
print *,alat1,elon1,dx,alonv

alat=real(LATSW)/1000.
elon=360.0+(real(LONSW)/1000.)
call W3FB06(ALAT,ELON,ALAT1,ELON1,DX,ALONV,XISW,XJSW)
isw=int(xisw)
jsw=int(xjsw)
iindex(1)=isw
jindex(1)=jsw
print *,'sw grid ',ignum,'lat=',alat,' lon=',elon,' at i,j= ',
1 xisw,xjsw,isw,jsw

alat=real(LATSE)/1000.
elon=360.0+(real(LONSE)/1000.)
call W3FB06(ALAT,ELON,ALAT1,ELON1,DX,ALONV,XISE,XJSE)
ise=int(xise)
jse=int(xjse)
iindex(2)=ise
jindex(2)=jse
print *,'se grid ',ignum,'lat=',alat,' lon=',elon,' at i,j= ',
1 xise,xjse,ise,jse

alat=real(LATNW)/1000.
elon=360.0+(real(LONNW)/1000.)
call W3FB06(ALAT,ELON,ALAT1,ELON1,DX,ALONV,XINW,XJNW)
inw=int(xinw)
jnw=int(xjnw)
iindex(3)=inw
jindex(3)=jnw
print *,'nw grid ',ignum,'lat=',alat,' lon=',elon,' at i,j= ',
1 xinw,xjnw,inw,jnw

alat=real(LATNE)/1000.
elon=360.0+(real(LONNE)/1000.)
call W3FB06(ALAT,ELON,ALAT1,ELON1,DX,ALONV,XINE,XJNE)
ine=int(xine)
jne=int(xjne)
iindex(4)=ine
jindex(4)=jne
print *,'ne grid ',ignum,'lat=',alat,' lon=',elon,' at i,j= ',
1 xine,xjne,ine,jne

iptmin=99999
jptmin=99999
iptmax=-99999
jptmax=-99999
do l=1,4
iptmin=min(iindex(l),iptmin)
iptmax=max(iindex(l),iptmax)
jptmin=min(jindex(l),jptmin)
jptmax=max(jindex(l),jptmax)
enddo
print *,iptmin,iptmax,jptmin,jptmax
C
iptsw=iptmin-100
jptsw=jptmin-100
iptne=iptmax+100
jptne=jptmax+100
idim=iptne-iptsw+1
jdim=jptne-jptsw+1
print *,'corners on target grid=', iptsw,jptsw,iptne,jptne
print *,'fire weather grid dimensions= ',idim,jdim
C
C get lat/lon on sw corner on master CONUS grid
C
xiptsw=real(iptsw)
yjptsw=real(jptsw)
xiptne=real(iptne)
yjptne=real(jptne)

print *,xiptsw,yjptsw,alat1,elon1,dx,alonv
call W3FB07(xiptsw,yjptsw,alat1,elon1,dx,alonv,alatout,elonout)
print *,'lat/lon of SW corner on master grid= ',ALATOUT,ELONOUT
call W3FB07(xiptne,yjptne,alat1,elon1,dx,alonv,alatoutne,
1 elonoutne)
print *,'lat/lon of NE corner on master grid= ',ALATOUTNE,
1 ELONOUTNE

latstartfw=nint(alatout*1000.)
lonstartfw=nint(elonout*1000.)
lonv=360000+int(grd(9,k))
idx=grd(10,k)
idy=grd(11,k)
ilatan=grd(15,k)
C
if(gribtype.eq.1) then
open(110,file='copygb_gridnavfw.txt',form='formatted'
1 ,status='unknown')
write(110,1001)idim,jdim,latstartfw,lonstartfw,lonv,
1 idx,idy
1001 format('255 5 ',2(I4,1x),I6,1x,I7,1x,'8 ',I7,1x,
1 2(I6,1x),'0 64 0 0')
close(110)
else
open(110,file='copygb_gridnavfw.txt',form='formatted'
1 ,status='unknown')
open(120,file='gridnavfw.ijdims.txt',form='formatted'
1 ,status='unknown')
lonv2=lonv/1000
ilatan2=60
write(110,1101)lonv2,ilatan2,elonout,idim,idx,alatout,
1 jdim,idy
1101 format('nps:',i3,':',i2,1x,f7.3,':',i3,':',i4,1x,f6.3,':',
1 i3,':',i4)
write(120,1201)idim,jdim
1201 format(2(i4,1x))
close(110)
close(120)
endif

ENDIF
C
stop
end