F77 = f77 -extend_source
F90 = f90 -extend_source
LDR = f77 
LIBS = -lfortran
PPMEXADIR = /home/bke/PPMLIB/MIRROR/PUBLIC/Examples
PPMINTDIR = $(PPMEXADIR)/Introduction

PPMLIBDIR = /home/bke/PPMLIB/MIRROR/PUBLIC/Lib

PPMN32LIBDO = $(PPMLIBDIR)/ppmlib_do_ppm_n32.a
PPMN32LIBHYDRO = $(PPMLIBDIR)/ppmlib_hydro_n32.a
PPMN32LIBIO = $(PPMLIBDIR)/ppmlib_io_n32.a

PPMLIBS = $(PPMN32LIBDO) $(PPMN32LIBHYDRO) $(PPMN32LIBIO)
LIBS = $(PPMN32LIBDO) $(PPMN32LIBHYDRO) $(PPMN32LIBIO) -lfortran
M4 = m4 -B6666


call :: xinterpolate_1  xinterpolate_2 xinterpolate_3 xinterpolate_4 \
         xadvect_1 xadvect_2 xadvect_3 xadvect_4
 

xinterpolate_1 : interpolate_1.f  boundary.o    $(PPMN32LIBHYDRO)
	$(F90) interpolate_1.f -o xinterpolate_1 \
                 boundary.o $(PPMN32LIBHYDRO)

boundary.o : $(PPMINTDIR)/boundary.o   

xinterpolate_2 : interpolate_2.f  boundary.o    $(PPMN32LIBHYDRO)
	$(F90) interpolate_2.f -o xinterpolate_2 \
                 boundary.o $(PPMN32LIBHYDRO)

xinterpolate_3 : interpolate_3.f  boundary.o   $(PPMN32LIBHYDRO)
	$(F90) interpolate_3.f -o xinterpolate_3 \
                 boundary.o $(PPMN32LIBHYDRO)

xinterpolate_4 : interpolate_4.f  boundary.o   $(PPMN32LIBHYDRO)
	$(F90) interpolate_4.f -o xinterpolate_4 \
                 boundary.o $(PPMN32LIBHYDRO)

xadvect_1 : advect_1.f  boundary.o   $(PPMN32LIBHYDRO)
	$(F90) advect_1.f -o xadvect_1 boundary.o $(PPMN32LIBHYDRO)

xadvect_2 : advect_2.f  boundary.o   $(PPMN32LIBHYDRO)
	$(F90) advect_2.f -o xadvect_2 boundary.o $(PPMN32LIBHYDRO)

xadvect_2 : advect_2.f  boundary.o   $(PPMN32LIBHYDRO)
	$(F90) advect_2.f -o xadvect_2 boundary.o $(PPMN32LIBHYDRO)

xadvect_2 : advect_2.f  boundary.o   $(PPMN32LIBHYDRO)
	$(F90) advect_2.f -o xadvect_2 boundary.o $(PPMN32LIBHYDRO)

clean:
	rm *.o fort.*