FC = ifort

# Flag -fast optimiert mit O3
# Flag -mp haelt floating point operationen genau
# ohne Flags wird immer mit O2 optimiert
# siehe /opt/intel/fc/9.0/doc/doc_index.htm

# include files
FINCFLAGS = -I /opt/intel/mkl/10.1.0.009/include

# options
# -openmp -openmp_report1  openMP
# -axT                     i32, i32em
# -fltconsistency          Improved floating-point consistency
# -mp1                     improves floating-point consistency. It ensures the out-of-range check of operands of transcendental functions and improves the accuracy of floating-point compares.
#  -fp-model strict
#  -w 	                   warnings
# 
#FLANGFLAGS = -openmp -openmp_report1 -w -fltconsistency -mp1 -fp-model strict
#FLANGFLAGS = -openmp -openmp_report1 -w -fpp1 -axT -fltconsistency -mp1 -fp-model strict
#FLANGFLAGS = -openmp -openmp_report1 -w -fpp1 -fltconsistency -mp1 -fp-model strict

FLANGFLAGS0 = -parallel -w -fltconsistency -mp1
FLANGFLAGS1 = -parallel -w -fltconsistency -mp1 -mcmodel=medium -shared-intel
FLANGFLAGS2 = -parallel -openmp -openmp_report1 -w -fltconsistency -mp1 -mcmodel=medium -shared-intel
FLANGFLAGS3 = -parallel -openmp -openmp_report1 -w -fltconsistency -mp1 -double_size 64
FLANGFLAGS4 = -parallel -openmp -openmp_report1 -w -fltconsistency -mp1 -double_size 128
FLANGFLAGS5 = -parallel -openmp -openmp_report1 -w -fltconsistency -mp1 -mcmodel=large -shared-intel -axT

FLANGFLAGS = $(FLANGFLAGS0)
FFLAGS = $(FLANGFLAGS) $(FINCFLAGS)


# MathKernelLibrary enthaelt optimierte Funktionen
##LIBS = -L /opt/intel/mkl/10.1.0.009/lib/em64t -lmkl_em64t -lmkl_lapack -lmkl -lguide -lpthread
LIBS = -mcmodel=medium -shared-intel -L /opt/intel/mkl/10.1.0.009/lib/em64t -lmkl_intel_lp64 -lmkl_intel_thread -lmkl_core -lguide -lpthread



OBJS01 = darstellung.o

OBJS02 = bisektion.o

OBJS03 = LGSsolve.o

OBJS04 = diag.o

OBJS05 = lanczos.o

OBJS06 = RKInt.o rkdumb.o rk4.o




BINARIES = darstellung bisektion LGSsolve diag lanczos RKInt

all : darstellung bisektion LGSsolve diag lanczos RKInt

clean:
	rm $(BINARIES) *.o



darstellung : $(OBJS01)
	$(FC)   -o darstellung $(OBJS01)  $(LIBS)

bisektion : $(OBJS02)
	$(FC)   -o bisektion $(OBJS02)  $(LIBS)

LGSsolve : $(OBJS03)
	$(FC)   -o LGSsolve $(OBJS03)  $(LIBS)

diag : $(OBJS04)
	$(FC)   -o diag $(OBJS04)  $(LIBS)

lanczos : $(OBJS05)
	$(FC)   -o lanczos $(OBJS05)  $(LIBS)

RKInt : $(OBJS06)
	$(FC)   -o RKInt $(OBJS06)  $(LIBS)