# Makefile tail for CCP4 programs.  This will be modified by configure.

# $Id: Makefile.in,v 1.4 2011/07/27 09:38:42 ccb Exp $

# variables which should be set by configure: top_srcdir, CC, CFLAGS,
# FC, FFLAGS, F, LNS, SETFLAGS, EVAL, LDFLAGS, INSTALL_PROGRAM

SHELL       = /bin/sh
srcdir	    = $(top_srcdir)/prerelease
incdir      = $(top_srcdir)/include
LIB_DIR     = ../lib/#     where to pick up libccp4.a
AR          = ar r

fsplit_dir  = $(top_srcdir)/lib/src

# The following is for the benefit of Alliant, which is the only
# system I know where you can't use -L to specify the load path.
# (This works since make variables are defined in the environment in
# Alliant (GNU) make.)  We'd like to use $(LIB_DIR) instead of `../lib/src'
# here, but can't since that would require `:=' instead of `=' and
# confuse other makes. 
LD_PATH = ../lib/src /lib /usr/lib /usr/local/lib

# On some systems (Concentrix, for instance), for files with trailing
# comments, fsplit generates a file containing only comments and the
# compiler barfs on it.  Here's an abbreviation for deleting any such
# files generated, assuming two possible forms of the name generated:
# caveat naming routines!  Always use this after fsplit for safety...
RMEMPTY = rm -f ZZZ*.f zzz*.f

# targets built from .f sources: (NB update the dependencies at the
# end if adding to this list)
TARGETS = refmac_sad


all : $(TARGETS)

.PHONY : all install instsome clean realclean distclean

install : all
# pwd necessary if INSTALL_PROGRAM is ln -s
# || true avoids error return, but isn't good enough in convex make, hence -
	-for i in $(TARGETS); do \
	  test -s $$i  &&  $(INSTALL_PROGRAM) `pwd`/$$i $(bindir)/$$i || true ;\
	done

# install any available programs without requiring them all to be built
instsome :
	-for i in $(TARGETS); do \
	  test -s $$i  &&  $(INSTALL_PROGRAM) `pwd`/$$i $(bindir)/$$i || true; \
	done

clean : ; -rm -f core *.o *~ a.out *.orig *.rej *.il

realclean : clean
	-rm -f $(TARGETS)

distclean : realclean ; -rm -f Makefile

uninstall :
	for i in $(TARGETS) $(SCRIPTS); do \
	  rm -f $(bindir)/$$i ;\
	done

# this leaves empty, non executable files in place of the targets which have
# been built, saving space in the build directory, but enabling re-building
# contingent on the empty files being out-of-date with respect to their
# dependencies.  install mustn't shift the empty files!
empty-targets :
	-for i in $(TARGETS); do \
	  test -s $$i && rm -f $$i && touch $$i || true ;\
	done

# Here are the things which have their own source directories at present
# Where include files are used, we have to do the compilation in the source
# directory, since we can't necessarily dictate the path for fortran includes.
# In case you're tempted to do the compilation and linking together, note
# that it might attempt to create a .o in the source directory which we don't
# want to touch -- it might not even be writeable.  Compilation and linking
# are separated to do the linking in the build directory (for which the
# $(LDFLAGS) are appropriate).
### refmac_sad

refmacdir = $(srcdir)/refmac_sad_
reflibobjs5 = i0.o i1.o chbevl.o
reflibobjs6 = bridge.o
refmac5objs = refmac_xml.o  solvent_contr_mask.o  hkon_secder_tch.o \
fast_hessian_tabulation.o  subvag.o  lsq_symm_symm.o  oppro_allocate.o \
rcard_tor1.o  subcf_scale1.o  subag_scale_hessian.o  extra_eigen.o \
rigid_allocate.o  aniso_ref_eigen.o  linalgebra.o  make_CIF.o \
make_subr.o  make_subr_refmac.o  tls_allocate.o  vdw_and_contacts.o \
vdw_flexible.o  make_lib11.o  make_lib12.o  make_lib2.o \
make_crd1.o  make_crd2.o  make_new1.o  make_new2.o  set_num.o \
make_rst1.o  make_rst2.o  make_PDB.o  makecif.o  make_refmac_dummy.o \
ls_scaling_double.o  interpolate_mod.o  rharvest.o  newentry_idealise.o \
ml_scaling_double.o  gaussian_int.o  subnumrec.o  math_refmac.o \
read_extra_restraints.o  inout_routines.o  errwrt.o  xml_writer.o \
ncs_rest.o  occupancy_only_refine.o  cell_symm_subrs.o  iheap_sort.o \
heavy.o  enm_restraints.o  wave2f2prime.o  lnumrec.o  refpre_twin.o \
refall_twin.o  ls_scaling_twin_save.o  max_with_ints.o  ml_params_refine.o \
block_organization.o  merohedr_twin.o  decide_twin_opers_0.o  read_data.o \
asym_list.o  calc_stats_twin.o  mtz_write_twin.o  libT.o messy_pdb.o

$(refmac5objs):	# dependencies at end
	@$(SETFLAGS) pwd=`pwd` ; \
	cd $(refmacdir); \
	echo $(FC) $${refmac5_FLAGS-"$(FFLAGS)"} -c -o $$pwd/$@ $(refmacdir)/`basename $@ .o`.f ;\
	eval $(FC) $${refmac5_FLAGS-"$(FFLAGS)"} -c -o $$pwd/$@ $(refmacdir)/`basename $@ .o`.f

$(reflibobjs5): #
	@$(SETFLAGS) pwd=`pwd` ; \
	cd $(refmacdir); \
	echo $(CC) $(CFLAGS) -I. -c -o $$pwd/$@ $(refmacdir)/`basename $@ .o`.c ;\
	eval $(CC) $(CFLAGS) -I. -c -o $$pwd/$@ $(refmacdir)/`basename $@ .o`.c

$(reflibobjs6): #
	@$(SETFLAGS) pwd=`pwd` ; \
	cd $(refmacdir); \
	echo $(CXX) $(CXXFLAGS) -I. -c -o $$pwd/$@ $(refmacdir)/`basename $@ .o`.cpp ;\
	eval $(CXX) $(CXXFLAGS) -I. -c -o $$pwd/$@ $(refmacdir)/`basename $@ .o`.cpp

refmac_sad:  $(reflibobjs5) $(reflibobjs6) $(refmac5objs)
	@$(SETFLAGS) pwd=`pwd` ; \
	rm -f refmac_sad ;\
	echo $(FC) $${refmac5_FLAGS-"$(FFLAGS)"} -o $@ $(reflibobjs5) $(reflibobjs6) $(refmac5objs) $(LDFLAGS) ;\
	eval $(FC) $${refmac5_FLAGS-"$(FFLAGS)"} -o $@ $(reflibobjs5) $(reflibobjs6) $(refmac5objs) $(LDFLAGS)

FORCE : ;

# Local Variables:
# mode:makefile
# End: