# OSX fortran compilers
F=gfortran
# Linux fortran compilers
#F=ifort
M=mpif90

OPTS= -o
# BLAS and LAPACK DIRECTORY for intel
#OPTS2=-lm -L /opt/intel/mkl721/lib/64 -lmkl_lapack -lmkl_ipf -lguide -lpthread
# BLAS and LAPACK DIRECTORY for OSX
#OPTS2=-DYA_BLAS -DYA_LAPACK -DYA_BLASMULT -framework vecLib
# BLAS and LAPACK DIRECTORY on baru
OPTS2= -lm -L/usr/lib -llapack -lblas 


FILE= randvectors.f90


all:
	$(F) $(OPTS) rand0 rand0.f90
	$(F) $(OPTS) vecrand vecrand.f90
	$(F) $(OPTS) helsing helsing.f90
	$(F) $(OPTS) rbf rbf.f90
	$(F) -c randvectors.f90
	$(F) $(OPTS) initialisation initialisation.f90 $(FILE) 
	$(F) $(OPTS) CMRH CMRH.f90 $(OPTS2)
	$(M) $(OPTS) PCMRH PCMRH.f90 $(OPTS2)

allseq: 
	$(F) $(OPTS) rand0 rand0.f90
	$(F) $(OPTS) vecrand vecrand.f90
	$(F) $(OPTS) helsing helsing.f90
	$(F) $(OPTS) rbf rbf.f90
	$(F) -c randvectors.f90
	$(F)  initialisation.f90 $(FILE) $(OPTS) initialisation
	$(F) $(OPTS) CMRH CMRH.f90 $(OPTS2)

allpar:
	$(F) $(OPTS) rand0 rand0.f90
	$(F) $(OPTS) vecrand vecrand.f90
	$(F) $(OPTS) helsing helsing.f90
	$(F) $(OPTS) PCMRH PCMRH.f90 $(OPTS2)	
rand0:
	$(F) $(OPTS) rand0 rand0.f90
vecrand:
	$(F) $(OPTS) vecrand vecrand.f90
helsing:
	$(F) $(OPTS) helsing helsing.f90
PCMRH:
	$(M) $(OPTS) PCMRH PCMRH.f90 $(OPTS2)
CMRH:
	$(F) $(OPTS) CMRH CMRH.f90 $(OPTS2)    
clean:
	rm -f *.dat
	rm -f *.o
	rm -f *.mod    
	rm -f rand0
	rm -f vecrand
	rm -f helsing
	rm -f rbf
	rm -f initialisation
	rm -f CMRH
	rm -f PCMRH    

testCMRH:
	./initialisation
	./CMRH

testPCMRHbaru:
	touch ~/.mpd.conf
	chmod 600 ~/.mpd.conf
	mpd &
	mpirun -np 4 PCMRH