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41.01.B
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1) calculation of turning rate improved
- based on derivatives of phase velocity instead of depth
- central differences instead of upwind for computing derivatives (structured)
- Green-Gauss formula instead of upwind for computing derivatives (unstructured)
- inclusion neighboring sweeps removed
2) cdlim removed
3) in case of ambient current set IQUAD to 3 by default
4) two small bug fixes with netCDF
--- agioncmd.ftn90 2015-02-04 11:52:57.000000000 +0100
+++ agioncmd.ftn90 2015-11-27 11:35:10.996469711 +0100
@@ -160,7 +160,7 @@
character(len=10) :: lunit = 'degrees'
integer :: pnt_dimid, &
lon_varid, lat_varid, &
- npoints = 0, ips_varid, &
+ npoints = 0, ips_varid = 0, &
xdimlen = 0, ydimlen = 0
end type pntgrid_type
--- Makefile 2015-02-04 11:52:57.000000000 +0100
+++ Makefile 2015-11-27 11:35:10.860469709 +0100
@@ -36,6 +36,7 @@
SwanCompdata.$(EXTO) \
SdsBabanin.$(EXTO) \
$(NCF_OBJS) \
+swan2coh.$(EXTO) \
swanmain.$(EXTO) \
swanpre1.$(EXTO) \
swanpre2.$(EXTO) \
@@ -74,6 +75,7 @@
SwanTranspX.$(EXTO) \
SwanDiffPar.$(EXTO) \
SwanGSECorr.$(EXTO) \
+SwanGradDepthorK.$(EXTO) \
SwanInterpolatePoint.$(EXTO) \
SwanInterpolateAc.$(EXTO) \
SwanInterpolateOutput.$(EXTO) \
@@ -94,6 +96,8 @@
ocpcre.$(EXTO) \
ocpmix.$(EXTO)
+SWAN_LIB = libswan.so
+
HCAT_EXE = hcat.exe
HCAT_OBJS = swanhcat.$(EXTO)
@@ -119,6 +123,7 @@
@echo "make omp -- makes the OpenMP $(SWAN_EXE) executable"
@echo "make mpi -- makes the MPI $(SWAN_EXE) executable"
@echo "make punswan -- makes the parallel un$(SWAN_EXE) executable"
+ @echo "make coh -- makes the MPI SWAN library for coupling with COHERENS"
@echo "make doc -- makes the SWAN documentation (PDF)"
@echo "make clean -- removes compiled objects and modules"
@echo "make clobber -- removes compiled objects, modules and $(SWAN_EXE)"
@@ -157,6 +162,12 @@
OBJS="$(MSG_OBJS) $(SWAN_OBJS)" $(SWAN_EXE)
$(MAKE) unhcat
+coh:
+ @perl switch.pl $(swch) -coh *.ftn *.ftn90
+ $(MAKE) FOR=$(F90_MPI) FFLAGS="$(FLAGS_OPT) $(FLAGS_MSC) $(FLAGS_MPI) $(FLAGS_DYN)" \
+ FFLAGS90="$(FLAGS_OPT) $(FLAGS90_MSC) $(FLAGS_MPI) $(FLAGS_DYN)" \
+ INCS="$(INCS_MPI)" LIBS="$(LIBS_MPI)" OBJS="$(SWAN_OBJS)" $(SWAN_LIB)
+
hcat:
@perl switch.pl $(swch) swanhcat.ftn
$(MAKE) FOR=$(F90_SER) FFLAGS="$(FLAGS_OPT) $(FLAGS_MSC) $(FLAGS_SER)" \
@@ -183,6 +194,9 @@
$(SWAN_EXE): $(SWAN_OBJS)
$(FOR) $(OBJS) $(FFLAGS) $(OUT)$(SWAN_EXE) $(INCS) $(LIBS)
+$(SWAN_LIB): $(SWAN_OBJS)
+ $(FOR) -shared $(OUT)$(SWAN_LIB) $(OBJS) $(FFLAGS) $(INCS) $(LIBS)
+
.f.o:
$(FOR) $< -c $(FFLAGS) $(INCS)
@@ -202,10 +216,10 @@
$(RM) *.$(EXTO) *.mod
clobber:
- $(RM) *.$(EXTO) *.mod *.f *.for *.f90 $(SWAN_EXE) $(HCAT_EXE) $(UNHCAT_EXE)
+ $(RM) *.$(EXTO) *.mod *.f *.for *.f90 $(SWAN_EXE) $(HCAT_EXE) $(UNHCAT_EXE) $(SWAN_LIB)
allclean:
- $(RM) *.$(EXTO) *.mod *.f *.for *.f90 $(SWAN_EXE) $(HCAT_EXE) $(UNHCAT_EXE)
+ $(RM) *.$(EXTO) *.mod *.f *.for *.f90 $(SWAN_EXE) $(HCAT_EXE) $(UNHCAT_EXE) $(SWAN_LIB)
cleandoc:
$(MAKE) -f Makefile.latex TARGET=swanuse cleandoc
--- platform.pl 2014-04-18 10:06:53.000000000 +0200
+++ platform.pl 2015-11-27 11:35:10.856469708 +0100
@@ -16,6 +16,7 @@
print OUTFILE "FLAGS_OPT = -Ofast=IP35 -mips4 -r12000\n";
print OUTFILE "FLAGS_MSC = -64\n";
print OUTFILE "FLAGS90_MSC = \$(FLAGS_MSC)\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP = -mp\n";
print OUTFILE "FLAGS_MPI =\n";
@@ -59,6 +60,7 @@
print OUTFILE " -qunroll -qalign=4k -qfloat=hsflt\n";
print OUTFILE "FLAGS_MSC = -w -qfixed -qnosave -q64\n";
print OUTFILE "FLAGS90_MSC = -w -qfree=f90 -qnosave -q64\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP = -qsmp=omp\n";
print OUTFILE "FLAGS_MPI =\n";
@@ -101,6 +103,7 @@
print OUTFILE "FLAGS_OPT = -fast\n";
print OUTFILE "FLAGS_MSC = -w -fixed\n";
print OUTFILE "FLAGS90_MSC = -w -free\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP = -Wp,-C -omp\n";
print OUTFILE "FLAGS_MPI =\n";
@@ -128,6 +131,7 @@
print OUTFILE "FLAGS_OPT = -xO3 -xtarget=native -fsimple=1 -depend -libmil -xlibmopt -xlic_lib=sunperf\n";
print OUTFILE "FLAGS_MSC = -w -silent\n";
print OUTFILE "FLAGS90_MSC = \$(FLAGS_MSC)\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP = -openmp\n";
print OUTFILE "FLAGS_MPI =\n";
@@ -170,6 +174,7 @@
print OUTFILE "FLAGS_OPT = +O2 +Onolimit\n";
print OUTFILE "FLAGS_MSC =\n";
print OUTFILE "FLAGS90_MSC =\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER = +Onoopenmp\n";
print OUTFILE "FLAGS_OMP = +Oopenmp\n";
print OUTFILE "FLAGS_MPI =\n";
@@ -224,6 +229,7 @@
# print OUTFILE "FLAGS_MSC = -W0 -assume byterecl -traceback -diag-disable remark\n";
print OUTFILE "FLAGS_MSC = -W0 -assume byterecl -traceback -diag-disable 8290 -diag-disable 8291 -diag-disable 8293\n";
print OUTFILE "FLAGS90_MSC = \$(FLAGS_MSC)\n";
+ print OUTFILE "FLAGS_DYN = -fPIC\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP = -openmp\n";
print OUTFILE "FLAGS_MPI =\n";
@@ -268,6 +274,7 @@
print OUTFILE "FLAGS_OPT = -O2 -tpp7\n";
print OUTFILE "FLAGS_MSC = -W0 -auto\n";
print OUTFILE "FLAGS90_MSC = \$(FLAGS_MSC)\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP = -openmp\n";
print OUTFILE "FLAGS_MPI =\n";
@@ -297,6 +304,7 @@
print OUTFILE "FLAGS_OPT = -O2 -tpp1\n";
print OUTFILE "FLAGS_MSC = -W0 -auto\n";
print OUTFILE "FLAGS90_MSC = \$(FLAGS_MSC)\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP = -openmp\n";
print OUTFILE "FLAGS_MPI =\n";
@@ -325,6 +333,7 @@
print OUTFILE "FLAGS_OPT = -fast\n";
print OUTFILE "FLAGS_MSC = -Mfixed\n";
print OUTFILE "FLAGS90_MSC = -Mfree\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP = -mp\n";
print OUTFILE "FLAGS_MPI = -tp barcelona-64\n";
@@ -368,6 +377,7 @@
print OUTFILE "FLAGS_OPT = -O --tpp\n";
print OUTFILE "FLAGS_MSC = --staticlink --nwo\n";
print OUTFILE "FLAGS90_MSC = \$(FLAGS_MSC)\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP =\n";
print OUTFILE "FLAGS_MPI =\n";
@@ -396,6 +406,7 @@
print OUTFILE "FLAGS_OPT = -O\n";
print OUTFILE "FLAGS_MSC = -w -fno-second-underscore\n";
print OUTFILE "FLAGS90_MSC = \$(FLAGS_MSC) -ffree-line-length-none\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP = -fopenmp\n";
print OUTFILE "FLAGS_MPI =\n";
@@ -439,6 +450,7 @@
print OUTFILE "FLAGS_OPT = -O\n";
print OUTFILE "FLAGS_MSC = -fno-second-underscore\n";
print OUTFILE "FLAGS90_MSC = \$(FLAGS_MSC) -ffree-line-length-huge\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP =\n";
print OUTFILE "FLAGS_MPI =\n";
@@ -482,6 +494,7 @@
print OUTFILE "FLAGS_OPT = -O3 -qstrict -qarch=auto -qtune=auto\n";
print OUTFILE "FLAGS_MSC = -qfixed -qzerosize -qwarn64\n";
print OUTFILE "FLAGS90_MSC = -qfree=f90 -qzerosize -qwarn64\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP =\n";
print OUTFILE "FLAGS_MPI =\n";
@@ -533,6 +546,7 @@
# print OUTFILE "FLAGS_MSC = /assume:byterecl /traceback /nowarn /nologo /Qdiag-disable:remark\n";
print OUTFILE "FLAGS_MSC = /assume:byterecl /traceback /nowarn /nologo /Qdiag-disable:8290 /Qdiag-disable:8291 /Qdiag-disable:8293\n";
print OUTFILE "FLAGS90_MSC = \$(FLAGS_MSC)\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP = /Qopenmp /Qopenmp-link:static\n";
print OUTFILE "FLAGS_MPI =\n";
@@ -577,6 +591,7 @@
print OUTFILE "FLAGS_OPT = /optimize:2\n";
print OUTFILE "FLAGS_MSC = /assume:byterecl /traceback /names:lowercase /nowarn /nologo\n";
print OUTFILE "FLAGS90_MSC = \$(FLAGS_MSC)\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP = /Qopenmp /Qopenmp-link:static\n";
print OUTFILE "FLAGS_MPI =\n";
@@ -624,6 +639,7 @@
print OUTFILE "FLAGS_OPT = -O3 -qstrict -qtune=auto -qcache=auto -qalign=4k\n";
print OUTFILE "FLAGS_MSC = -w -qfixed\n";
print OUTFILE "FLAGS90_MSC = -w -qfree=f90\n";
+ print OUTFILE "FLAGS_DYN =\n";
print OUTFILE "FLAGS_SER =\n";
print OUTFILE "FLAGS_OMP =\n";
print OUTFILE "FLAGS_MPI =\n";
--- swan2coh.ftn90 1970-01-01 01:00:00.000000000 +0100
+++ swan2coh.ftn90 2015-11-27 11:35:12.252469748 +0100
@@ -0,0 +1,2 @@
+! This file contains a subroutine to compute different wave parameters
+! to be sent to COHERENS
--- swancom1.ftn 2015-02-04 11:52:57.000000000 +0100
+++ swancom1.ftn 2015-11-27 11:35:18.336469929 +0100
@@ -123,6 +123,7 @@
! 40.41: Andre van der Westhuysen
! 40.41: Marcel Zijlema
! 40.41: Andre van der Westhuysen
+! 40.59: W. Erick Rogers
!
! 1. Updates
!
@@ -182,6 +183,7 @@
! 40.41, Jun. 04: Implementation of curvature-based convergence check
! 40.41, Aug. 04: some code optimization
! 40.41, Oct. 04: common blocks replaced by modules, include files removed
+! 40.59, Aug. 07: stencil modification
!
! 2. Purpose
!
@@ -921,10 +923,10 @@
ICMAX = 10 33.08
LSTCP = 3 40.31
ELSE IF (PROPSC.EQ.2) THEN 33.10
- ICMAX = 5 33.10
+ ICMAX = 7 40.59 33.10
LSTCP = 2 40.31
ELSE
- ICMAX = 3 33.10
+ ICMAX = 5 40.59 33.10
LSTCP = 1 40.31
ENDIF 33.08
@@ -2148,6 +2150,7 @@
! 40.28: Annette Kieftenburg
! 40.30: Marcel Zijlema
! 40.41: Marcel Zijlema
+! 40.59: W. Erick Rogers
! 40.61: Roop Lalbeharry
!
! 1. Updates
@@ -2198,6 +2201,8 @@
! with other subroutines
! 40.41, Aug. 04: code optimization
! 40.41, Oct. 04: common blocks replaced by modules, include files removed
+! 40.59, Aug. 07: stencil numbering made consistent, so that if used for
+! varied purposes (e.g. SPROSD), if-then not required
! 40.61, Nov. 06: Hersbach and Janssen (1999) limiter option added
!
! 2. Purpose
@@ -2208,56 +2213,99 @@
! 3. Method
!
!
-! THIS IS THE STENCIL USED WITH THE S&L SCHEME: 33.08
-! 33.08
-! IY+1 o 4 33.08
-! | 33.08
-! 8 6 2 | 1 5 33.08
-! IY O----O----O----*----O 33.08
-! | 33.08
-! 10 | 33.08
-! IY-1 O----O 3 33.08
-! | 33.08
-! | 33.08
-! IY-2 O 7 33.08
-! | 33.08
-! | 33.08
-! IY-3 O 9 33.08
+! THIS IS THE STENCIL USED WITH THE S&L SCHEME: 33.08
+! 33.08
+! IY+1 o 4 33.08
+! | 33.08
+! 8 6 2 | 1 5 33.08
+! IY O----O----O----*----O 33.08
+! | 33.08
+! 10 | 33.08
+! IY-1 O----O 3 33.08
+! | 33.08
+! | 33.08
+! IY-2 O 7 33.08
+! | 33.08
+! | 33.08
+! IY-3 O 9 33.08
!
! ^ ^ ^ ^ ^
-! | | | | | 33.08
+! | | | | | 33.08
! IX-3 IX-2 IX-1 IX IX+1
!
-! 1: IX , IY 33.10
-! 2: IX-1, IY 33.10
-! 3: IX , IY-1 33.10
-! 4: IX , IY+1 33.10
-! 5: IX+1, IY 33.10
-! 6: IX-2, IY 33.10
-! 7: IX , IY-2 33.10
-! 8: IX-3, IY 33.10
-! 9: IX , IY-3 33.10
-! 10: IX-1, IY-1 33.10
-!
-! THIS IS THE STENCIL USED WITH THE SORDUP SCHEME: 33.10
-! 33.10
-! 4 2 33.10
-! IY O----O----* 1 33.10
-! | 33.10
-! | 33.10
-! IY-1 O 3 33.10
-! | 33.10
-! | 33.10
-! IY-2 O 5 33.10
-! 33.10
-! ^ ^ ^ 33.10
-! | | | 33.10
-! IX-2 IX-1 IX 33.10
-! 1: IX , IY 33.10
-! 2: IX-1, IY 33.10
-! 3: IX , IY-1 33.10
-! 4: IX-2, IY 33.10
-! 5: IX , IY-2 33.10
+! 1: IX , IY 33.10
+! 2: IX-1, IY 33.10
+! 3: IX , IY-1 33.10
+! 4: IX , IY+1 33.10
+! 5: IX+1, IY 33.10
+! 6: IX-2, IY 33.10
+! 7: IX , IY-2 33.10
+! 8: IX-3, IY 33.10
+! 9: IX , IY-3 33.10
+! 10: IX-1, IY-1 33.10
+!
+! THIS IS THE STENCIL USED WITH THE *OLD* SORDUP SCHEME: 40.59
+! 33.10
+! 4 2 33.10
+! IY O----O----* 1 33.10
+! | 33.10
+! | 33.10
+! IY-1 O 3 33.10
+! | 33.10
+! | 33.10
+! IY-2 O 5 33.10
+! 33.10
+! ^ ^ ^ 33.10
+! | | | 33.10
+! IX-2 IX-1 IX 33.10
+! 1: IX , IY 33.10
+! 2: IX-1, IY 33.10
+! 3: IX , IY-1 33.10
+! 4: IX-2, IY 33.10
+! 5: IX , IY-2 33.10
+!
+! THIS IS THE STENCIL USED WITH THE *NEW* SORDUP SCHEME: 40.59
+! (NUMBERING HAS CHANGED) 40.59
+! 40.59
+! O 4(7) 40.59
+! | 40.59
+! | 40.59
+! 6(4) 2(2) | 1(1) 5(6) 40.59
+! IY O------O------*------O 40.59
+! | 40.59
+! | 40.59
+! | 40.59
+! IY-1 O 3(3) 40.59
+! | 40.59
+! | 40.59
+! | 40.59
+! IY-2 O 7(5) 40.59
+! 40.59
+! ^ ^ ^ 40.59
+! | | | 40.59
+! IX-2 IX-1 IX 40.59
+! 1: IX , IY 40.59
+! 2: IX-1, IY 40.59
+! 3: IX , IY-1 40.59
+! 4: IX , IY+1 7==>4 40.59
+! 5: IX+1, IY 6==>5 40.59
+! 6: IX-2, IY 4==>6 40.59
+! 7: IX , IY-2 5==>7 40.59
+! 40.59
+! AND THE BSBT SCHEME: 40.59
+! 40.59
+! O 4 40.59
+! | 40.59
+! 2 | 1 5 40.59
+! O------*------O 40.59
+! | 40.59
+! | 40.59
+! 3 O 40.59
+! 1: IX , IY 40.59
+! 2: IX-1, IY 40.59
+! 3: IX , IY-1 40.59
+! 4: IX , IY+1 40.59
+! 5: IX+1, IY 40.59
!
! 4. Argument variables
!
@@ -2515,37 +2563,45 @@
IYCGRD(2) = IY 40.00
IXCGRD(3) = IX 40.00
IYCGRD(3) = IY+KSY 40.00
+ IXCGRD(4) = IX 40.59
+ IYCGRD(4) = IY-KSY 40.59
+ IXCGRD(5) = IX-KSX 40.59
+ IYCGRD(5) = IY 40.59
PROPSL = PROPSC 33.09
IF (PROPSC.EQ.1) THEN 33.09
- ICMAX = 3
- ELSE IF (PROPSC.EQ.2) THEN ! SORDUP scheme 33.10
-! add more points for higher order scheme 33.10
- ICMAX = 5 33.10
- IXCGRD(4) = IX+2*KSX 33.10
- IYCGRD(4) = IY 33.10
- IXCGRD(5) = IX 33.10
- IYCGRD(5) = IY+2*KSY 33.10
- ELSE IF (PROPSC.EQ.3) THEN ! S&L scheme 33.09
-! add more points for higher order schemes here
+ ICMAX = 5 40.59
+ ELSE
+! add more points for higher order schemes 33.10
+ ICMAX = 7 40.59 33.10
+ IXCGRD(6) = IX+2*KSX 40.59 33.10
+ IYCGRD(6) = IY 40.59 33.10
+ IXCGRD(7) = IX 40.59 33.10
+ IYCGRD(7) = IY+2*KSY 40.59 33.10
+ ENDIF
+ IF (PROPSC.EQ.3) THEN
+! add more points for S&L scheme
ICMAX = 10 33.09
- IXCGRD(4) = IX 33.09
- IYCGRD(4) = IY-KSY 33.09
- IXCGRD(5) = IX-KSX 33.09
- IYCGRD(5) = IY 33.09
- IXCGRD(6) = IX+2*KSX 33.09
- IYCGRD(6) = IY 33.09
- IXCGRD(7) = IX 33.09
- IYCGRD(7) = IY+2*KSY 33.09
- IXCGRD(8) = IX+3*KSX 33.09
- IYCGRD(8) = IY 33.09
- IXCGRD(9) = IX 33.09
- IYCGRD(9) = IY+3*KSY 33.09
+ IXCGRD(8) = IX+3*KSX 33.09
+ IYCGRD(8) = IY 33.09
+ IXCGRD(9) = IX 33.09
+ IYCGRD(9) = IY+3*KSY 33.09
IXCGRD(10) = IX+KSX 33.09
IYCGRD(10) = IY+KSY 33.09
ENDIF
DO IC = 2, ICMAX 40.00
! if one of the points of a stencil is outside the computational 33.09
! domain, fall back to first order scheme 33.09
+
+! Note that stencil of first order scheme has been increased to 5 40.59
+! Also note that points 4 and 5 are used only for SPROSD. 40.59
+! In cases where user has chosen the first order scheme (PROPSC=1) , and 40.59
+! points 4 and/or 5 fall outside the grid, we do not want to set PROPSL=0. 40.59
+! However, we do want to set INSIDE=FALSE, so that KCGRD(IC) = 1, so that 40.59
+! SPROSD will know that the point is not available. As the code is written 40.59
+! now, no change is required. But also be aware that refraction will no 40.59
+! longer be calculated at the last grid point (i.e. SPROSD is not coded to 40.59
+! fall back to the first order scheme, it just set C_theta=0). 40.59
+
INSIDE = .TRUE. 33.09
IF (IXCGRD(IC).LT.1) THEN 33.09
IF (KREPTX.GT.0) THEN 33.09
@@ -2599,7 +2655,7 @@
IF (PROPSL.EQ.0) THEN 33.09
ICMAX = 1 33.09
ELSEIF (PROPSL.EQ.1) THEN 33.09
- ICMAX = 3 33.09
+ ICMAX = 5 40.59 33.09
ENDIF 33.09
ELSE
PROPSL = 0 40.13
@@ -2668,18 +2724,18 @@
ELSE IF (SWPDIR .EQ. 2) THEN 33.10
LINK(1) = CROSS(1,KCGRD(2)) 33.10
LINK(2) = CROSS(2,KCGRD(1)) 33.10
- LINK(3) = CROSS(1,KCGRD(4)) 33.10
+ LINK(3) = CROSS(1,KCGRD(6)) 40.59 33.10
LINK(4) = CROSS(2,KCGRD(3)) 33.10
ELSE IF (SWPDIR .EQ. 3) THEN 33.10
LINK(1) = CROSS(1,KCGRD(2)) 33.10
LINK(2) = CROSS(2,KCGRD(3)) 33.10
- LINK(3) = CROSS(1,KCGRD(4)) 33.10
- LINK(4) = CROSS(2,KCGRD(5)) 33.10
+ LINK(3) = CROSS(1,KCGRD(6)) 40.59 33.10
+ LINK(4) = CROSS(2,KCGRD(7)) 40.59 33.10
ELSE IF (SWPDIR .EQ. 4) THEN 33.10
LINK(1) = CROSS(1,KCGRD(1)) 33.10
LINK(2) = CROSS(2,KCGRD(3)) 33.10
LINK(3) = CROSS(1,KCGRD(2)) 33.10
- LINK(4) = CROSS(2,KCGRD(5)) 33.10
+ LINK(4) = CROSS(2,KCGRD(7)) 40.59 33.10
ENDIF 33.10
ENDIF 33.10
IF (PROPSL.GT.1) THEN 33.10
@@ -2834,36 +2890,18 @@
!TIMG CALL SWTSTO(112) 40.23
! *** compute the propagation velocities CAS and CAD ***
-! *** for the central gridpoint only and only for the ***
-! *** directional domain : IDCMIN-1 until IDCMAX+1 ***
!TIMG CALL SWTSTA(113) 40.23
- IF ( IMUD.NE.1 .AND. INT(PNUMS(32)).NE.1 ) THEN
CALL SPROSD (SPCSIG ,KWAVE ,CAS , 40.03
& CAD ,CGO , 30.80
& COMPDA(1,JDP2) ,COMPDA(1,JDP1) ,SPCDIR(1,2) ,
& SPCDIR(1,3) ,COMPDA(1,JVX2) ,COMPDA(1,JVY2) ,
- & SWPDIR ,IDCMIN ,IDCMAX ,
- & SPCDIR(1,4) ,SPCDIR(1,6) ,SPCDIR(1,5) , 30.80
- & RDX ,RDY , 30.80
- & CAX ,CAY ,LSWMAT(1,1,JABIN), 40.02
- & KGRPNT ,XCGRID ,YCGRID , 40.03
- & IDDLOW ,IDDTOP 40.61
- & )
- ELSE
-! this routine used @C/@x rather than @h/@x and will be called
-! if either command MUD or command NUM ... DIR WNUM is applied
- CALL SPROSDM(SPCSIG ,KWAVE ,CAS , 40.03
- & CAD ,CGO , 30.80
- & COMPDA(1,JDP2) ,COMPDA(1,JDP1) ,SPCDIR(1,2) ,
- & SPCDIR(1,3) ,COMPDA(1,JVX2) ,COMPDA(1,JVY2) ,
& SPCDIR(1,4) ,SPCDIR(1,6) ,SPCDIR(1,5) , 30.80
& RDX ,RDY , 30.80
& CAX ,CAY , 40.02
& XCGRID ,YCGRID , 40.03
& IDDLOW ,IDDTOP 40.61
& )
- ENDIF
!TIMG CALL SWTSTO(113) 40.23
!TIMG CALL SWTSTA(114) 40.23
@@ -3387,10 +3425,10 @@
ICMX = 10 40.41
ELSEIF (PROPSC.EQ.2) THEN 40.41
WRITE(PRINTF,8511) 'SORDUP' 40.41
- ICMX = 5 40.41
+ ICMX = 7 40.59 40.41
ELSE 40.41
WRITE(PRINTF,8511) 'BSBT ' 40.41
- ICMX = 3 40.41
+ ICMX = 5 40.59 40.41
ENDIF 40.41
8511 FORMAT(' Scheme for geographic propagation is ',A6) 40.41
IF (OPTG.NE.5) WRITE(PRINTF,8512) PROPSC, ICMX 40.80 40.41
--- swancom5.ftn 2015-02-04 11:52:57.000000000 +0100
+++ swancom5.ftn 2015-11-27 11:35:18.348469930 +0100
@@ -1133,837 +1133,6 @@
& CAD ,CGO , 30.80
& DEP2 ,DEP1 ,ECOS ,
& ESIN ,UX2 ,UY2 ,
- & SWPDIR ,IDCMIN ,IDCMAX ,
- & COSCOS ,SINSIN ,SINCOS , 30.80
- & RDX ,RDY , 30.80
- & CAX ,CAY ,ANYBIN , 30.80
- & KGRPNT ,XCGRID ,YCGRID , 30.80
- & IDDLOW ,IDDTOP 40.61
- & )
-!
-!****************************************************************
-!
- USE SWCOMM2 40.41
- USE SWCOMM3 40.41
- USE SWCOMM4 40.41
- USE TIMECOMM 40.41
- USE OCPCOMM4 40.41
- USE M_PARALL 40.31
- USE M_DIFFR 40.21
-!
- IMPLICIT NONE
-!
-!
-!
-! --|-----------------------------------------------------------|--
-! | Delft University of Technology |
-! | Faculty of Civil Engineering |
-! | Environmental Fluid Mechanics Section |
-! | P.O. Box 5048, 2600 GA Delft, The Netherlands |
-! | |
-! | Programmers: The SWAN team |
-! --|-----------------------------------------------------------|--
-!
-!
-! SWAN (Simulating WAves Nearshore); a third generation wave model
-! Copyright (C) 1993-2015 Delft University of Technology
-!
-! This program is free software; you can redistribute it and/or
-! modify it under the terms of the GNU General Public License as
-! published by the Free Software Foundation; either version 2 of
-! the License, or (at your option) any later version.
-!
-! This program is distributed in the hope that it will be useful,
-! but WITHOUT ANY WARRANTY; without even the implied warranty of
-! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-! GNU General Public License for more details.
-!
-! A copy of the GNU General Public License is available at
-! http://www.gnu.org/copyleft/gpl.html#SEC3
-! or by writing to the Free Software Foundation, Inc.,
-! 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
-!
-!
-! 0. Authors
-!
-! 30.72: IJsbrand Haagsma
-! 30.80: Nico Booij
-! 40.03: Nico Booij
-! 40.02: IJsbrand Haagsma
-! 40.14: Annette Kieftenburg
-! 40.21: Agnieszka Herman
-! 40.30: Marcel Zijlema
-! 40.41: Marcel Zijlema
-! 40.61: John Warner
-! 41.06: Gerbrant van Vledder
-! 41.35: Casey Dietrich
-!
-! 1. Updates
-!
-! 30.72, Feb. 98: Introduced generic names XCGRID, YCGRID and SPCSIG for SWAN
-! 30.80, Nov. 98: Provision for limitation on Ctheta (refraction)
-! 30.80, Aug. 99: SWCOMM3.INC included
-! 30.80, Sep. 99: SWCOMM2.INC included, limitation modified
-! 40.03, Dec. 99: for directions outside the current sweep the depth and
-! current gradients are computed using the gradient at the
-! proper side of the grid point.
-! argument KGRPNT added.
-! argument IC removed (is always 1)
-! argument DT removed, TIMECOMM.INC included
-! code completely revised
-! 40.02, Jan. 00: Introduction limiter dependent on Cx, Cy, Dx and Dy
-! 40.02, Sep. 00: Corrected order of handling sweeps
-! 40.02, Sep. 00: Limiter on refraction only activated when IREFR=-1
-! 40.14, Nov. 00: Land points excluded (bug fix)
-! 40.21, Aug. 01: adaption of velocities in case of diffraction
-! 40.30, Mar. 03: correcting indices of test point with offsets MXF, MYF
-! 40.41, Oct. 04: common blocks replaced by modules, include files removed
-! 40.61, Dec. 06: correction DO loop 60 (IDCMIN, IDCMAX -> IDDLOW,IDDTOP)
-! 41.06, Mar. 09: add option of limitation of velocity in theta-direction
-! 41.35, Mar. 12: add option of limitation on csigma and ctheta
-!
-! 2. Purpose
-!
-! computes the propagation velocities of energy in S- and
-! D-space, i.e., CAS, CAD, in the presence or absence of
-! currents, for the action balance equation.
-!
-! 3. Method
-!
-! The next equation are solved numerically
-!
-! @S @S @D _ @D @D _ @U
-! CAS = -- = -- [ -- + U . ( -- + --) ] - CGO K . --
-! @T @D @T @X @Y @s
-!
-! with: @S KS
-! -- = ---------
-! @D sinh(2KD)
-!
-! @D S @D @D @Ux @Uy
-! CAD = -- = ------- [ --sin(D) - --cos(D)] + [--- - ---] *
-! @T sinh(2KD) @X @Y @X @Y
-!
-! @Uy @Ux
-! * sin(D)cos(D) + ---sin(D)sin(D) - ---cos(D)cos(D)
-! @X @Y
-!
-! @D/@x appr by: RDX(1) * (DEP(KCGRD(1)) - DEP(KCGRD(2)))
-! + RDX(2) * (DEP(KCGRD(1)) - DEP(KCGRD(3)))
-! @D/@y appr by: RDY(1) * (DEP(KCGRD(1)) - DEP(KCGRD(2)))
-! + RDY(2) * (DEP(KCGRD(1)) - DEP(KCGRD(3)))
-! etc.
-!
-! the limitation procedure is described in the system documentation.
-!
-! 4. Argument variables
-!
-! IDCMAX: upper theta-boundary of current sweep
-! IDCMIN: lower theta-boundary of current sweep (function of Sigma)
-! IDDLOW: minimum direction that is propagated within a sweep 40.61
-! IDDTOP: maximum direction that is propagated within a sweep 40.61
-! KGRPNT: grid point addresses 40.03
-! SWPDIR: current sweep direction
-!
- INTEGER, INTENT(IN) :: IDCMIN(MSC), IDCMAX(MSC)
- INTEGER, INTENT(IN) :: KGRPNT(MXC,MYC) 40.03
- INTEGER, INTENT(IN) :: SWPDIR, IDDLOW, IDDTOP 40.61
-!
-! CAS : Wave transport velocity in S-direction, function of (ID,IS,IC)
-! CAD : Wave transport velocity in D-dirctiion, function of (ID,IS,IC)
-! CAX : Wave transport velocity in X-direction, function of (ID,IS,IC)
-! CAY : Wave transport velocity in Y-direction, function of (ID,IS,IC)
-! CGO : Group velocity as function of X and Y and sigma in the
-! direction of wave propagation in absence of currents
-! DEP1 : Depth as function of X and Y at time T
-! DEP2 : (Nonstationary case) depth as function of X and Y at time T+1
-! ECOS : Represent the values of cos(d) of each spectral direction
-! ESIN : Represent the values of sin(d) of each spectral direction
-! KWAVE : wavenumber as function of the relative frequency sigma
-! SPCSIG: Relative frequencies in computational domain in sigma-space
-! UX2 : X-component of current velocity of X and Y at time T+1
-! UY2 : Y-component of current velocity of X and Y at time T+1
-! XCGRID: x-coordinate of comput. grid points
-! YCGRID: y-coordinate of comput. grid points
-!
- REAL :: SPCSIG(MSC) 30.72
- REAL :: XCGRID(MXC,MYC), YCGRID(MXC,MYC) 30.80
-! Changed ICMAX to MICMAX, since MICMAX doesn't vary over gridpoint 40.22
- REAL :: CAS(MDC,MSC,MICMAX) 40.22
- REAL :: CAD(MDC,MSC,MICMAX) 40.22
- REAL :: CAX(MDC,MSC,MICMAX) 30.80 40.22
- REAL :: CAY(MDC,MSC,MICMAX) 30.80 40.22
- REAL :: CGO(MSC,MICMAX) 40.22
- REAL :: DEP2(MCGRD) ,
- & DEP1(MCGRD) ,
- & ECOS(MDC) ,
- & ESIN(MDC) ,
- & COSCOS(MDC) ,
- & SINSIN(MDC) ,
- & SINCOS(MDC)
-! Changed ICMAX to MICMAX, since MICMAX doesn't vary over gridpoint 40.22
- REAL :: KWAVE(MSC,MICMAX) 40.22
- REAL :: UX2(MCGRD) ,
- & UY2(MCGRD) ,
- & RDX(MICMAX) , 40.08
- & RDY(MICMAX) 40.08
-!
-! logical:
-!
-! ANYBIN i if True component (ID,IS) is updated 30.80
-!
- LOGICAL ANYBIN(MDC,MSC) 30.80
-!
-!
-! variables from common
-!
-! ICUR Indicator for current
-! ICMAX Maximum array size for the points of the molecule
-! NSTATC Indicator if computation is stationary or not
-! MXC Maximum counter of gridppoints in x-direction
-! MYC Maximum counter of gridppoints in y-direction
-! MSC Maximum counter of relative frequency
-! MDC Maximum counter of spectral directions
-!
-! DYNDEP if True depths vary with time
-!
-! DT Time step
-! RDTIM 1/DT 30.80
-! PNUMS array of numerical coefficients; used here: 30.80
-! PNUMS(17), coeff. for limitation of Ctheta 30.80
-!
-! local variables
-!
-! IX1,IX2,IX3 Counter of gridpoints in x-direction
-! IY1,IY2,IY3 Counter of gridpoints in y-direction
-! IS Counter of relative frequency band
-! ID, ID1, ID2 Counter of directions
-! IDDUM aux. counter of directions
-! II counter
-! ISWEEP sweep index: 2=current sweep, 1 and 3=neighbouring sweeps
-! ISWP counter for sweeps 40.02
-! KCG1 grid address of the active grid point
-! KCG2, KCG3 grid addresses of two neighbouring grid points
-! SWPNGB neighbouring sweep direction
-!
- INTEGER IENT ,IS ,ID ,II , 30.80
- & SWPNGB,IDDUM ,ID1 ,ID2 , 30.80
- & KCG1 ,KCG2 ,KCG3 ,ISWEEP 30.80
- INTEGER IX1, IY1, IX2, IY2, IX3, IY3 40.03
- INTEGER :: ISWP 40.02
-!
-! logical local variables
-!
-! VALSWP if true this sweep is valid (all corner points exist)
-!
- LOGICAL VALSWP 40.03
-!
-! real local variables
-!
-! ALPHA upper limit of CFL restriction
-! KD1 wavenumber * depth
-! COEF aux. quantity
-! VLSINH sinh of KD1
-! RDXL, RDYL interpolation factors (see RDX and RDY in common)
-! CAST.. aux. quantities to compute Csigma
-! CADT.. aux. quantities to compute Ctheta
-! DPDX, DPDY depth gradient
-! DUXDX,DUXDY,DUYDX,DUYDY current velocity gradients
-! FAC a factor
-! FAC2 another factor
-! FRLIM frequency range in which limit on Ctheta is applied
-! PP power of the frequency dependent limiter on refraction
-!
- REAL VLSINH ,KD1 ,COEF
- REAL RDXL(2),RDYL(2),XC1 ,YC1 ,DET ,
- & DX2 ,DY2 ,DX3 ,DY3
- REAL DPDX ,DPDY ,DUXDX ,DUXDY ,DUYDX ,DUYDY
- REAL CAST1 ,CAST2 ,CAST3(3) ,CAST4(3) , 40.03
- & CAST5 ,CAST6(3) ,CAST7(3) ,CAST8(3) ,CAST9(3) ,
- & CADT1 ,CADT2(3) ,CADT3(3) ,
- & CADT4(3) ,CADT5(3) ,CADT6(3) ,CADT7(3)
- REAL :: DLOC1, DLOC2, DLOC3
- REAL :: FAC, FRLIM, PP 41.06
- REAL :: ALPHA, FAC2 41.35
-! local depths corrected in view of stability 40.02
-!
-! 5. Parameter variables
-!
-! SWP_ARRAY: Array containing the order of sweep handling
-!
- INTEGER, PARAMETER :: SWP_ARRAY(1:3) = (/2,1,3/)
-!
-! 8. Remarks
-!
-! propagation velocity in sigma-direction:
-!
-! K(IS,IC)S DEP2(IX,IY)-DEP1(IX,IY)
-! CAS(ID,IS,IC) = ------------------------- [ ----------------------- +
-! sinh 2K(IS,IC)DEP2(IX,IY) DT
-!
-! (DEP2(IX,IY) - DEP2(IX+KSX,IY)
-! + UX2(IX,IY) ------------------------------ +
-! DDX
-!
-! (DEP2(IX,IY) - DEP2(IX,IY+KSY)
-! + UY2(IX,IY) ------------------------------ ] - CGO(IS,IC) *
-! DDY
-!
-! UX2(IX,IY)-UX2(IX+KSX,IY)
-! * [ K(IS,IC) --------------------------- cos**2(D) +
-! DDX
-!
-! UX2(IX,IY)-UX2(IX,IY+KSY)
-! + K(IS,IC) -------------------------- cos(D)sin(D) +
-! DDY
-!
-! UY2(IX,IY)-UY2(IX+KSX,IY)
-! + K(IS,IC) -------------------------- sin(D)cos(D) +
-! DDX
-!
-! UY2(IX,IY)-UY2(IX,IY+KSY)
-! + K(IS,IC) -------------------------- sin**2(D) ]
-! DDY
-!
-! -----------------------------------------------------
-! propagation velocity in theta-direction:
-!
-! CAD(ID,IS,IC) =
-!
-! S DEP2(IX,IY)-DEP2(IX+KSX,IY)
-! ------------------------- * [ --------------------------sin(D) -
-! sinh 2K(IS,IC)DEP2(IX,IY) DDX
-!
-! (DEP2(IX,IY) - DEP2(IX,IY+KSY)
-! ------------------------------- cos(D) ] +
-! DDY
-!
-! UX2(IX,IY)-UX2(IX+KSX,IY) UY2(IX,IY)-UY2(IX,IY+KSY)
-! [ -------------------------- - ------------------------- ] sin(D)cos(D)+
-! DDX DDY
-!
-! UY2(IX,IY)-UY2(IX+KSX,IY)
-! + --------------------------- sin**2(D) -
-! DDX
-!
-! UX2(IX,IY)-UX2(IX,IY+KSY)
-! --------------------------- cos**2(D)
-! DDY
-!
-!
-!
-! 9. STRUCTURE
-!
-! ------------------------------------------------------------
-! For current sweep and two adjacent sweeps do
-! determine interpolation factors RDXL and RDYL
-! determine depth and current gradients
-! ------------------------------------------------------------
-! For each frequency do
-! determine auxiliary quantities depending on sigma
-! For each direction in the sweep and two neighbouring
-! directions do
-! If IREFR=-1
-! Then compute reduction factor for contribution due
-! to depth gradient
-! ----------------------------------------------------
-! determine sweep in which this direction is located
-! using gradients of the proper sweep determine
-! Csigma (CAS) and Ctheta (CAD)
-! ------------------------------------------------------------
-! If ITFRE=0
-! Then make values of CAS=0
-! ------------------------------------------------------------
-! If IREFR=0
-! Then make values of CAD=0
-! ------------------------------------------------------------
-!
-! 10. SOURCE
-!
-!************************************************************************
-!
- SAVE IENT
- DATA IENT/0/
- IF (LTRACE) CALL STRACE (IENT,'SPROSD')
-!
- CAST1 = 0.
- CAST2 = 0.
- CAST5 = 0.
- CADT1 = 0.
- IX1 = IXCGRD(1)
- IY1 = IYCGRD(1)
- KCG1 = KCGRD(1)
- XC1 = XCGRID(IX1,IY1)
- YC1 = YCGRID(IX1,IY1)
- DLOC1 = DEP2(KCG1)
-!
-! *** test output ***
-!
- IF (TESTFL .AND. ITEST .GE. 100 ) THEN
- WRITE(PRINTF, 211) IX1+MXF-2, IY1+MYF-2, XC1+XOFFS, YC1+YOFFS, 40.30
- & DLOC1 40.30
- 211 FORMAT(' test SPROSD, location:',2I5,2e12.4,', depth:',F9.2)
- ENDIF
-!
- DO ISWP = 1, 3 40.02
- ISWEEP = SWP_ARRAY(ISWP) 40.02
-!
-! *** prepare depth and current gradient for current sweep and ***
-! *** two adjacent sweeps ***
-!
- CAST3(ISWEEP) = 0.
- CAST4(ISWEEP) = 0.
- CAST6(ISWEEP) = 0.
- CAST7(ISWEEP) = 0.
- CAST8(ISWEEP) = 0.
- CAST9(ISWEEP) = 0.
-!
-! *** set the propagation dummy terms CADT 0 ***
-!
- CADT2(ISWEEP) = 0.
- CADT3(ISWEEP) = 0.
- CADT4(ISWEEP) = 0.
- CADT5(ISWEEP) = 0.
- CADT6(ISWEEP) = 0.
- CADT7(ISWEEP) = 0.
- VALSWP = .TRUE.
-!
- IF (ISWEEP.EQ.2) THEN
- KCG2 = KCGRD(2)
- KCG3 = KCGRD(3)
- IX2 = IXCGRD(2)
- IY2 = IYCGRD(2)
- IX3 = IXCGRD(3)
- IY3 = IYCGRD(3)
- SWPNGB = SWPDIR
- DO II = 1, 2
- RDXL(II) = RDX(II)
- RDYL(II) = RDY(II)
- ENDDO
-! Refraction and frequency shift are not defined for points
-! neighbouring to landpoints
- IF ( (KCG1.EQ.1).OR.(DEP2(KCG1).LE.DEPMIN).OR. 30.82
- & (KCG2.EQ.1).OR.(DEP2(KCG2).LE.DEPMIN).OR. 30.82
- & (KCG3.EQ.1).OR.(DEP2(KCG3).LE.DEPMIN) ) THEN 30.82
- DO IS = 1, MSC
- DO ID = 1, MDC
- CAS(ID,IS,1) = 0.
- CAD(ID,IS,1) = 0.
- ENDDO
- ENDDO
- GOTO 900
- ENDIF
- ELSE
-! determine neighbouring sweep
- IF (ISWEEP.EQ.1) THEN
- SWPNGB = SWPDIR-1