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Makefile
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# Makefile for DDSCAT.7.3
vers=7.3.0
# upper-level targets:
# calltarget
# ddscat
# ddpostprocess
# vtrconvert
#--------- do NOT alter the following definitions: -------------------------
MPI_f = mpi_subs.f90 \
mpi_bcast_char.f90 mpi_bcast_cplx.f90 mpi_bcast_int.f90\
mpi_bcast_int2.f90 mpi_bcast_real.f90
MPI_o = mpi_subs.o \
mpi_bcast_char.o mpi_bcast_cplx.o mpi_bcast_int.o\
mpi_bcast_int2.o mpi_bcast_real.o
MKL_f = cxfft3_mkl.f90 mkl_dfti.f90
MKL_o = cxfft3_mkl.o mkl_dfti.o
MKL_m = mkl_dfti.mod
#---------------------------------------------------------------------------
# Here we explain the different strings that need to be defined:
# PRECISION
# ddscat can be compiled to use either single (sp) or double precision (dp)
# For most applications, sp appears to work fine, and is recommended for
# normal use.
# However, if ddscat is converging only very slowly or not at all, you can
# experiment with switching from sp to dp to see whether roundoff errors
# are compromising performance of the conjugate gradient solver.
# ** Important** : if you change from sp to dp, or from dp to sp:
# you must type
# make clean
# before typing
# make ddscat
# to use single precision, set
# PRECISION = sp
# to use double precision, set
# PRECISION = dp
#---------------------------------------------------------------------------
# OpenMP support
# OpenMP (www.openmp.org) can be used to use multiple threads on
# shared-memory nodes (e.g., a dual quad-core cpus can support up to
# 8 simultaneous threads).
# If OpenMP is not installed, leave OPENMP undefined:
# DOMP =
# OPENMP =
# If OpenMP is installed, and you would like to use it:
# DOMP = -Dopenmp
# OPENMP = -openmp
# or, on some systems (e.g., gfortran)
# OPENMP = -fopenmp
#-----------------------------------------------------------------------
# FFTMKL support
# If the Intel MKL library is installed, then set
# CXFFTMKL.f = $(MKL_f)
# CXFFTMKL.o = $(MKL_o)
# MKLM = $(MKL_m)
# If the Intel MKL library is not installed on system, then set
# CXFFTMKL.f = cxfft3_mkl_fake.f90
# CXFFTMKL.o = cxfft3_mkl_fake.o
# MKLM =
#-----------------------------------------------------------------------------
# MPI support
# Module DDSCAT.f90 require very minor editing to prepare it for
# either non-MPI use or use on a system with MPI support.
# Consult either the UserGuide (section 24.1) or comments within DDSCAT.f90
# for instructions on which line needs to be enabled
# and which line needs to be commented out.
# The strings MPI.f and MPI.o need to be appropriately defined.
# If MPI support is desired and the MPI library is installed, these are
# MPI.f = $(MPI_f)
# MPI.o = $(MPI_o)
# DMPI = -Dmpi
#
# If MPI support is not required, these are
# MPI.f = mpi_fake.f90
# MPI.o = mpi_fake.o
# DMPI =
#******************************************************************************
#
# Compiler and options
#
# FC specifies the fortran 90 compiler
# FFLAGS are compilation options
# LFLAGS are flags for linking
#
#############################################################################
# Examples
# 1. gfortran compiler
# dp + no MKL + OpenMP + no MPI
# define the following:
PRECISION = dp
CXFFTMKL.f = cxfft3_mkl_fake.f90
CXFFTMKL.o = cxfft3_mkl_fake.o
MKLM =
DOMP = -Dopenmp
OPENMP = -fopenmp
MPI.f = mpi_fake.f90
MPI.o = mpi_fake.o
DMPI =
FC = gfortran
FFLAGS = -O2 -march=native -ffloat-store
LFLAGS =
# 1.b gfortran compiler
# dp + no MKL + no OpenMP + no MPI
# define the following:
#PRECISION = sp
#CXFFTMKL.f = cxfft3_mkl_fake.f90
#CXFFTMKL.o = cxfft3_mkl_fake.o
#MKLM =
#DOMP =
#OPENMP =
#MPI.f = mpi_fake.f90
#MPI.o = mpi_fake.o
#DMPI =
#FC = gfortran
#FFLAGS = -O2 -march=native
#LFLAGS =
#-------------------------------------------------------------------
# 2. g95 compiler
# sp + no MKL + no OpenMP + no MPI
# define the following:
#PRECISION = sp
#CXFFTMKL.f = cxfft3_mkl_fake.f90
#CXFFTMKL.o = cxfft3_mkl_fake.o
#MKLM =
#DOMP =
#OPENMP =
#MPI.f = mpi_fake.f90
#MPI.o = mpi_fake.o
#DMPI =
#FC = g95
#FFLAGS = -O2
#LFLAGS =
#----------------------------------------------------------------------
# 3. ifort compiler
# sp + no MKL + no OpenMP + no MPI
# define the following:
#PRECISION = sp
#CXFFTMKL.f = cxfft3_mkl_fake.f90
#CXFFTMKL.o = cxfft3_mkl_fake.o
#MKLM =
#DOMP =
#OPENMP =
#MPI.f = mpi_fake.f90
#MPI.o = mpi_fake.o
#DMPI =
#FC = ifort
#FFLAGS = -O2
#LFLAGS =
#----------------------------------------------------------------------
# 3.b ifort compiler
# dp + no MKL + no OpenMP + no MPI,
# define the following:
#PRECISION = dp
#CXFFTMKL.f = cxfft3_mkl_fake.f90
#CXFFTMKL.o = cxfft3_mkl_fake.o
#MKLM =
#DOMP =
#OPENMP =
#MPI.f = mpi_fake.f90
#MPI.o = mpi_fake.o
#DMPI =
#FC = ifort
#FFLAGS = -O2 -C
#LFLAGS =
#----------------------------------------------------------------------
# 5. ifort compiler
# sp + MKL + no OpenMP + no MPI,
# define the following:
#PRECISION = sp
#CXFFTMKL.f = $(MKL_f)
#CXFFTMKL.o = $(MKL_o)
#MKLM = $(MKL_m)
#DOMP =
#OPENMP =
#MPI.f = mpi_fake.f90
#MPI.o = mpi_fake.o
#DMPI =
#FC = ifort
#FFLAGS = -O2
#LFLAGS =
#----------------------------------------------------------------------
# 6. ifort compiler
# sp + no MKL + OpenMP + no MPI,
# define the following:
#PRECISION = sp
#CXFFTMKL.f = cxfft3_mkl_fake.f90
#CXFFTMKL.o = cxfft3_mkl_fake.o
#MKLM =
#DOMP = -Dopenmp
#OPENMP = -openmp
#MPI.f = mpi_fake.f90
#MPI.o = mpi_fake.o
#DMPI =
#FC = ifort
#FFLAGS = -O2
#LFLAGS =
#----------------------------------------------------------------------
# 7. ifort compiler
# sp + MKL + OpenMP + no MPI
# following definitions work for artemis
# before compiling, type
# module purge
# module load intel-mkl
# define the following:
#PRECISION = sp
#CXFFTMKL.f = $(MKL_f)
#CXFFTMKL.o = $(MKL_o)
#MKLM = $(MKL_m)
#DOMP = -Dopenmp
#OPENMP = -openmp
#MPI.f = mpi_fake.f90
#MPI.o = mpi_fake.o
#DMPI =
#FC = ifort
#FFLAGS = -O2
#LFLAGS = -traceback -lmkl_em64t -lmkl_intel_thread -lmkl_core \
# -lguide -lpthread -lmkl_intel_lp64
#----------------------------------------------------------------------
# 8. ifort compiler (via mpif90)
# sp + MKL + OpenMP + MPI
# following definitions work for artemis
# before compiling, type
# module purge
# module load intel-mkl openmpi
# define the following:
#PRECISION = sp
#CXFFTMKL.f = $(MKL_f)
#CXFFTMKL.o = $(MKL_o)
#MKLM = $(MKL_m)
#DOMP = -Dopenmp
#OPENMP = -openmp
#MPI.f = $(MPI_f)
#MPI.o = $(MPI_o)
#DMPI = -Dmpi
#FC = mpif90
#FFLAGS = -O2
#LFLAGS = -traceback -lmkl_em64t -lmkl_intel_thread -lmkl_core \
# -lguide -lpthread -lmkl_intel_lp64 -lmpi
#******************************************************************************
#
# End of option specifications.
#
#******************************************************************************
# general rule for compilation of most .o files:
%.o: %.f90 ddprecision.mod ddcommon_1.mod cgmodule.mod
$(FC) -c $(FFLAGS) $(OPENMP) $< -o $@
# special cases:
DDSCAT.o: DDSCAT.f90 ddprecision.mod ddcommon_1.mod cgmodule.mod
cpp -P -traditional-cpp $(DMPI) $(DOMP) DDSCAT.f90 DDSCAT_cpp.f90
$(FC) -c $(FFLAGS) $(OPENMP) DDSCAT_cpp.f90 -o DDSCAT.o
rm DDSCAT_cpp.f90
DDVTR.o: DDVTR.f90 ddprecision.mod vtr.mod
$(FC) -c $(FFLAGS) DDVTR.f90 -o DDVTR.o
DDPOSTPROCESS.o: DDPOSTPROCESS.f90 ddprecision.mod readnf_bcom.mod \
readnf_ecom.mod vtr.mod
$(FC) -c $(FFLAGS) $(OPENMP) DDPOSTPROCESS.f90 \
-o DDPOSTPROCESS.o
bself.o: bself.f90 ddprecision.mod
cpp -P -traditional-cpp $(DOMP) bself.f90 bself_cpp.f90
$(FC) -c $(FFLAGS) $(OPENMP) bself_cpp.f90 -o bself.o
rm bself_cpp.f90
cgcommon.o: cgcommon.f90 ddprecision.mod
cpp -P -traditional-cpp -D$(PRECISION) cgcommon.f90 cgcommon_cpp.f90
$(FC) -c $(FFLAGS) $(OPENMP) cgcommon_cpp.f90 -o cgcommon.o
rm cgcommon_cpp.f90
cxfft3_mkl.o: cxfft3_mkl.f90 ddprecision.mod mkl_dfti.mod
$(FC) -c $(FFLAGS) $(OPENMP) cxfft3_mkl.f90 \
-o cxfft3_mkl.o
eself.o: eself.f90 ddprecision.mod
cpp -P -traditional-cpp $(DOMP) eself.f90 eself_cpp.f90
$(FC) -c $(FFLAGS) $(OPENMP) eself_cpp.f90 -o eself.o
rm eself_cpp.f90
scat.o: scat.f90 ddprecision.mod ddcommon_1.mod
cpp -P -traditional-cpp $(DOMP) scat.f90 scat_cpp.f90
$(FC) -c $(FFLAGS) $(OPENMP) scat_cpp.f90 -o scat.o
rm scat_cpp.f90
readnf.o: readnf.f90 ddprecision.mod readnf_bcom.mod readnf_ecom.mod
$(FC) -c $(FFLAGS) $(OPENMP) readnf.f90 \
-o readnf.o
# dependencies for ddscat:
OBJS = DDSCAT.o\
alphadiag.o\
blas.o\
bself.o \
ccgpack.o\
cgcommon.o\
cglib2.o\
cglib3.o\
cgsarkar2.o\
cgsarkar3.o\
cisi.o\
copyit.o\
cprod.o\
cxfft3n.o\
$(CXFFTMKL.o)\
cxfftw_fake.o\
ddcommon.o\
dielec.o\
divide.o\
dsyevj3.o\
dummy.o\
errmsg.o\
eself.o\
evala.o\
evale.o\
besseli0.o \
besseli1.o \
besselk0.o \
besselk1.o \
evalq.o\
extend.o\
gasdev.o\
getfml.o\
getmueller.o\
gpbicg.o\
gpfa.o\
interp.o\
$(MPI.o)\
namer.o\
namer2.o\
namid.o\
nearfield.o\
nuller.o\
orient.o\
p_lm.o\
pbcscavec.o\
pim.o\
prinaxis.o\
qmrpim2.o\
ran3.o\
reapar.o\
reashp.o\
reduce.o\
restore.o\
rot2.o\
rotate.o\
scat.o\
scavec.o\
tangcg.o\
tar2el.o\
tar2sp.o\
tar3el.o\
taranirec.o\
tarblocks.o\
tarcel.o\
tarcyl.o\
tarcylcap.o\
tarell.o\
target.o\
targspher.o\
tarhex.o\
tarlyrslab.o\
tarnas.o\
tarnsp.o\
tarpbxn.o\
tarprsm.o\
tarrctblk3.o\
tarrctell.o\
tarrec.o\
tarrecrec.o\
tarslbhol.o\
tartet.o\
timeit.o\
unreduce.o\
version.o\
wrimsg.o\
writebin.o\
writefml.o\
writepol.o\
writesca.o\
zbcg2wp.o
# dependencies for calltarget:
OBJS2 = CALLTARGET.o\
ddcommon.o\
dsyevj3.o\
errmsg.o\
gasdev.o\
p_lm.o\
prinaxis.o\
ran3.o\
reashp.o\
sizer.o\
tar2el.o\
tar2sp.o\
tar3el.o\
taranirec.o\
tarblocks.o\
tarcel.o\
tarcyl.o\
tarcylcap.o\
tarell.o\
target.o\
targspher.o\
tarhex.o\
tarlyrslab.o\
tarnas.o\
tarnsp.o\
tarpbxn.o\
tarprsm.o\
tarrctblk3.o\
tarrctell.o\
tarrec.o\
tarrecrec.o\
tarslbhol.o\
tartet.o\
wrimsg.o
# dependencies for ddpostprocess:
OBJS3 = DDPOSTPROCESS.o\
readnf_bcom.o\
readnf_ecom.o\
readnf.o\
vtr.o
# dependencies for vtrconvert:
OBJS4 = VTRCONVERT.o\
vtr.o
all: ddscat calltarget ddpostprocess vtrconvert
ddscat: ddprecision.mod ddcommon_1.mod $(MKLM) $(OBJS)
@echo 'LOADEDMODULES='$(LOADEDMODULES)
@echo 'LOADEDMODULES_modshare='$(LOADEDMODULES_modshare)
@echo 'LD_LIBRARY_PATH='$(LD_LIBRARY_PATH)
@echo 'LD_LIBRARY_PATH_modshare='$(LD_LIBRARY_PATH_modshare)
@echo 'MKLROOT='$(MKLROOT)
@echo 'CPATH='$(CPATH)
@echo 'FPATH='$(FPATH)
@echo 'DYLD_LIBRARY_PATH='$(DYLD_LIBRARY_PATH)
@echo 'INCLUDE='$(INCLUDE)
@echo 'LIBRARY_PATH='$(LIBRARY_PATH)
$(FC) -o ddscat \
$(OBJS) $(LFLAGS) $(OPENMP)
calltarget: ddprecision.mod ddcommon_1.mod $(OBJS2)
$(FC) -o calltarget \
$(OBJS2) $(LFLAGS)
ddpostprocess: ddprecision.mod readnf_bcom.mod readnf_ecom.mod vtr.mod $(OBJS3)
$(FC) -o ddpostprocess \
$(OBJS3) $(LFLAGS)
vtrconvert: ddprecision.mod vtr.o $(OBJS4)
$(FC) -o vtrconvert \
$(OBJS4) $(LFLAGS)
#--------------- modules ---------------------------------------------
cgmodule.mod: ddprecision.mod cgmodule.f90
$(FC) -c cgmodule.f90 -o cgmodule.o
ddprecision.mod: ddprecision.f90
cpp -P -traditional-cpp -D$(PRECISION) ddprecision.f90 \
ddprecision_cpp.f90
$(FC) -c $(FFLAGS) ddprecision_cpp.f90 -o ddprecision.o
rm ddprecision_cpp.f90
ddcommon_1.mod: ddprecision.mod ddcommon.f90
$(FC) -c ddcommon.f90 -o ddcommon.o
mkl_dfti.mod: mkl_dfti.f90
$(FC) -c mkl_dfti.f90 -o mkl_dfti.o
readnf_bcom.mod: readnf_bcom.f90
$(FC) -c readnf_bcom.f90 -o readnf_bcom.o
readnf_ecom.mod: readnf_ecom.f90
$(FC) -c readnf_ecom.f90 -o readnf_ecom.o
vtr.mod: vtr.f90
$(FC) -c vtr.f90 -o vtr.o
#---------------------------------------------------------------------
clean:; rm -f *.o make.out* *.mod
veryclean: clean
rm -f calltarget ddscat ddpostprocess