PGM=r.hydro.CASC2D

OBJ=CASC2D.o read_gage_file.o write_files.o ch_flow.o rain_thiessen.o \
     rain_sq_dis.o inf_redist.o inf_nodist.o ov_flow.o ov_lake.o \
     ch_depth.o intercep.o crash.o im_read_input.o im_read_table.o \
     im_coeff.o im_dsyot.o im_flow_route.o im_section.o im_usqot.o \
     im_weir_coeff.o im_spill.o im_reservoir.o im_dsqoy.o im_ddsqoy.o \
     im_norm_calc.o
SOURCES=CASC2D.c read_gage_file.c write_files.c ch_flow.c rain_thiessen.c \
     rain_sq_dis.c inf_redist.c inf_nodist.c ov_flow.c ov_lake.c \
     ch_depth.c intercep.c crash.c im_read_input.c im_read_table.c \
     im_coeff.c im_dsyot.c im_flow_route.c im_section.c im_usqot.c \
     im_weir_coeff.c im_spill.c im_reservoir.c im_dsqoy.c im_ddsqoy.c \
     im_norm_calc.c

HEADERS=all.h

LIBES=$(GISLIB) $(GMATHLIB)
DEPLIBS=$(DEPGISLIB) $(DEPGMATHLIB)

$(BIN_CMD)/$(PGM): $(OBJ) $(DEPLIBS)
	$(CC) -g $(LDFLAGS) -o $@ $(OBJ) $(LIBES) $(MATHLIB) $(XDRLIB)


$(OBJ): $(HEADERS)

$GISLIB:#