# MAKEFILE for conversion to GRIB1
#
#

# Define the fortran compiler and options

#FFLAGS0=  -O3 -fp-model strict -convert big_endian -traceback -debug -check -warn
#FFLAGS0=  -O3 -fp-model strict -convert big_endian -traceback -debug -check
#FFLAGS0=  -O3 -fp-model strict -convert big_endian -traceback -check
FFLAGS0=  -O3 -fp-model strict -convert big_endian -traceback
FFLAGS1= -integer-size 64 -real-size 64
FFLAGS2= -free
LDFLAGS = -m64

LIBS2 = ${G2_LIB4} ${W3NCO_LIB4} ${BACIO_LIB4}  
LIBS3 = ${JASPER_LIB} ${PNG_LIB} ${Z_LIB}
LIBS4 =    -mkl=sequential -lmpi #-lessl

DEBUG_OPT ?= 1
ifeq ($(DEBUG_OPT), 1)
   FFLAGS0 +=  -g
endif

CMD = rtma_post
CMAIN = post.f90

FC1 = ftn
FC2 = ftn

OBJ1 = w3fb11_8.o w3fb06_8.o w3fb08_8.o
SORC1 = w3fb11_8.f w3fb06_8.f w3fb08_8.f

${OBJ1}:${SORC1}
	${FC1} ${FFLAGS0} ${FFLAGS1} -c ${SORC1}


OBJ2 = kinds.o controlvars.o mpitaskmod.o
SORC2 = kinds.f90 controlvars.f90 mpitaskmod.f90

${OBJ2}:${SORC2}
	${FC1} ${FFLAGS0} ${FFLAGS2} -c ${SORC2}


OBJ3 = domain_dims.o  proj_info.o \
       latlon_to_grid.o constants.o \
       psichi2uv_reg_V2.o get_stndewpt_r4.o \
       get_ob_lists.o streamline_for_rjlist.o

SORC3 = domain_dims.f  proj_info.f \
        latlon_to_grid.f \
        constants.f90 \
        psichi2uv_reg_V2.f get_stndewpt_r4.f \
        get_ob_lists.f streamline_for_rjlist.f


${OBJ3}:${SORC3}
	${FC1} ${FFLAGS0} ${FFLAGS2} -c ${SORC3}


OBJ4 =   derive_xbvar_mpi.o run_biascor.o cressanl_common.o \
         errs_common.o \
         cnv_to_grib2_mpi.o create_rjlist.o bias_rmse_cv_mpi.o

SORC4 =  derive_xbvar_mpi.f90 run_biascor.f90 cressanl_common.f90\
         errs_common.f90 \
         cnv_to_grib2_mpi.f90 create_rjlist.f90 bias_rmse_cv_mpi.f90

${OBJ4}:${SORC4}
	${FC2} ${FFLAGS0} -c ${SORC4}

LINK-OBJS = $(OBJ1) $(OBJ2) $(OBJ3) $(OBJ4)


all: $(CMD)

$(CMD): ${LINK-OBJS} 
	${FC2} ${FFLAGS0} ${LDFLAGS} -o $(CMD) ${CMAIN} ${LINK-OBJS} ${LIBS2} ${LIBS3} ${LIBS4}

clean:
	/bin/rm -f *.o *.mod *_genmod.f90 $(CMD)