makefile.template

并行解法器,功能强大

#TOP LEVEL MAKEFILE FOR AZTEC LIBRARY

#====================================================================
# ------------------------
# | CVS File Information |
# ------------------------
#
# $RCSfile: Makefile_dist_lib,v $
#
# $Author: tuminaro $
#
# $Date: 2000/06/02 16:49:21 $
#
# $Revision: 1.28 $
#
# $Name:  $
#====================================================================
COMM    = SERIAL
MACHINE = GENERIC
MPI_INCLUDE_DIR = 
#
# ANSI C compiler
#
CC_GENERIC      = cc
CC_SUN4         = acc
CC_SOLARIS      = cc
CC_SGI          = cc
CC_SGIM4        = cc
CC_SGI10K	= cc
CC_DEC          = cc
CC_I860         = icc
CC_HP           = cc
CC_SUNMOS	= sicc
CC_NCUBE        = ncc
CC_SP2          = mpcc
CC_T3E          = cc
CC_LINUX        = gcc
CC_TFLOP        = pgcc -cougar

#
# Fortran compiler
#
FC_GENERIC      = f77
FC_SUN4         = f77
FC_SOLARIS      = f77
FC_SGI          = f77
FC_DEC          = f77
FC_SGIM4        = f77
FC_SGI10K  	= f77
FC_I860         = if77
FC_HP           = f77
FC_SUNMOS	= sif77
FC_NCUBE        = ncc
FC_SP2          = mpxlf
FC_T3E          = f90
FC_LINUX        = g77
FC_TFLOP        = pgf77 -cougar

#
# Archive program
#
AR_GENERIC      = ar
AR_SUN4 	= ar
AR_SOLARIS    = ar
AR_SGI  	= ar
AR_DEC		= ar
AR_SGIM4 	= ar
AR_SGI10K 	= ar
AR_I860 	= ar860
AR_HP           = ar
AR_SUNMOS       = ar860
AR_NCUBE	= nar
AR_SP2          = ar
AR_T3E          = ar
AR_LINUX        = ar
AR_TFLOP        = xar

#
# Ranlib program
#
RNLIB_GENERIC   = touch
RNLIB_SUN4      = ranlib
RNLIB_SOLARIS   = ranlib
RNLIB_SGI       = touch
RNLIB_SGIM4     = touch
RNLIB_SGI10K    = touch
RNLIB_DEC       = touch
RNLIB_I860      = touch
RNLIB_HP        = touch
RNLIB_SUNMOS    = touch
RNLIB_NCUBE     = touch
RNLIB_SP2       = touch
RNLIB_T3E       = ranlib
RNLIB_LINUX     = ranlib
RNLIB_TFLOP     = xranlib

#
# Machine dependent timing routine
#
TIME_GENERIC    = md_timer_generic.c
TIME_SUN4       = md_timer_sun.c
TIME_SOLARIS    = md_timer_sun.c
TIME_SGI        = md_timer_sun.c
TIME_SGIM4      = md_timer_sun.c
TIME_SGI10K     = md_timer_sun.c
TIME_DEC        = md_timer_sun.c
TIME_I860       = md_timer_intel.c
TIME_HP         = md_timer_generic.c
TIME_SUNMOS     = md_timer_intel.c
TIME_NCUBE      = md_timer_ncube.c
TIME_SP2        = md_timer_generic.c
TIME_T3E        = md_timer_mpi.c
TIME_LINUX      = md_timer_sun.c
TIME_TFLOP      = md_timer_intel.c

#
# Communication package
#
COMM_SERIAL      = md_wrap_scalar_c.c
COMM_I860        = md_wrap_intel_c.c
COMM_MPI         = md_wrap_mpi_c.c
COMM_NCUBE       = md_wrap_ncube_c.c
COMM_SUNMOS      = md_wrap_puma_c.c

#
# Machine dependent fortran/C interface
#
CFORT_GENERIC     = -Dappend_
CFORT_SUN4        = -Dappend_
CFORT_SOLARIS     = -Dappend_
CFORT_SGI         = -Dappend_
CFORT_SGIM4       = -Dappend_
CFORT_SGI10K      = -Dappend_
CFORT_DEC         = -Dappend_
CFORT_I860        = -Dappend_
CFORT_HP          = -Dmatched
CFORT_SUNMOS      = -Dappend_
CFORT_NCUBE       = -Dcaps
CFORT_SP2         = -Dmatched
CFORT_T3E         = -Dcaps
CFORT_LINUX       = -Dappend_
CFORT_TFLOP       = -Dappend_

#
# Compilation flags
#
CFLAGS_GENERIC = -O
CFLAGS_SUN4   = -O2 -vc -Xc
CFLAGS_SOLARIS= -O -vc
CFLAGS_SGI    = -O2 -n32
CFLAGS_SGIM4  = -O  -n32
CFLAGS_SGI10K = -O  -64 -r10000 # 64 bit mips processors (R10000)
CFLAGS_DEC    = -O
CFLAGS_I860   = -O4
CFLAGS_HP     = -O4
CFLAGS_SUNMOS = -O4
CFLAGS_NCUBE  = -O
CFLAGS_SP2    = -O2
CFLAGS_T3E    = -O3 -DT3E
CFLAGS_LINUX  = -O
CFLAGS_TFLOP  = -O3

FFLAGS_GENERIC = -O
FFLAGS_SUN4   = -O2
FFLAGS_SOLARIS= -O2
FFLAGS_SGI    = $(CFLAGS_SGI)
FFLAGS_SGIM4  = $(CFLAGS_SGIM4)
FFLAGS_SGI10K = $(CFLAGS_SGI10K)
FFLAGS_DEC    = $(CFLAGS_DEC)
FFLAGS_I860   = $(CFLAGS_I860)
FFLAGS_HP     = -O
FFLAGS_SUNMOS = $(CFLAGS_SUNMOS)
FFLAGS_NCUBE  = $(CFLAGS_NCUBE)
FFLAGS_SP2    = $(CFLAGS_SP2)
FFLAGS_T3E    = -O3 -dp
FFLAGS_LINUX  = -O
FFLAGS_TFLOP  = -O3

#
# Blas routines NOT supplied by vendor
#
BLAS_GENERIC = blas1.f  blas2.f blas3.f xerbla.f lsame.f
BLAS_SUN4    = blas1.f  blas2.f blas3.f xerbla.f lsame.f
BLAS_SOLARIS = blas1.f  blas2.f blas3.f xerbla.f lsame.f
BLAS_SGI     = blas1.f  blas2.f blas3.f xerbla.f lsame.f
BLAS_SGIM4   = blas1.f  blas2.f blas3.f xerbla.f lsame.f
BLAS_SGI10K  = blas1.f  blas2.f blas3.f xerbla.f lsame.f
BLAS_DEC     = blas1.f  blas2.f blas3.f xerbla.f lsame.f
BLAS_I860    =
BLAS_HP      = blas1.f  blas2.f blas3.f xerbla.f lsame.f
BLAS_SUNMOS  =
BLAS_NCUBE   =          blas2.f blas3.f xerbla.f lsame.f
BLAS_SP2     = blas1.f  blas2.f blas3.f xerbla.f lsame.f
BLAS_T3E     =
BLAS_LINUX   = blas1.f  blas2.f blas3.f xerbla.f lsame.f
BLAS_TFLOP   = 

#!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
#
# No need to change the rest of this file when adding
# a new machine to the makefile
#
#!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

CC              = $(CC_$(MACHINE))
FC              = $(FC_$(MACHINE))
AR              = $(AR_$(MACHINE))
BLAS            = $(BLAS_$(MACHINE))
TIMER           = $(TIME_$(MACHINE))
COMMUNICATION   = $(COMM_$(COMM))
RNLIB           = $(RNLIB_$(MACHINE))
CFORT           = $(CFORT_$(MACHINE))
CFLAGS2         = $(CFLAGS_$(MACHINE))
FFLAGS          = $(FFLAGS_$(MACHINE))
CFLAGS          = $(CFLAGS2) $(CFORT) -DAZ_$(COMM) $(MPI_INCLUDE_DIR)

# Aztec source code

AZ_SRC = az_bilu.c              az_cg.c		        az_cgs.c           \
         az_cgstab.c            az_check.c              az_comm.c          \
         az_converge.c          az_dd_overlap.c         az_dgemv2.c        \
         az_dgemv3.c            az_domain_decomp.c      az_fortran_wrap.c  \
         az_scaling.c           az_flop_cnt.c           az_gmres.c         \
         az_gmresr.c            az_ilu_util.c           az_ilut.c          \
         az_interface.c         az_lu_y12.c             az_matrix_util.c   \
         az_matvec_mult.c       az_old_matvec_mult.c    az_pad_utils.c     \
         az_poly.c              az_precond.c            az_qmrcgs.c        \
         az_rilu.c              az_solve.c              az_sort.c          \
         az_subdomain_solver.c  az_tools.c              az_util.c          \
         az_icc.c 		az_fix_pt.c


Y12M =   y12m.f			y12mae.f		y12maf.f \
	 y12mbe.f 		y12mbf.f 		y12mce.f \
	 y12mcf.f		y12mde.f		y12mdf.f \
	 y12mfe.f		y12mge.f		y12mhe.f \
	 y12cck.f


LA_SRC = la_dgetrf.f		la_dgetri.f		la_ilaenv.f \
	 la_dgetf2.f		la_dlaswp.f		la_dtrtri.f \
	 la_dtrti2.f		la_dgetrs.f		la_dgeco.f \
	 la_dgedi.f		la_dgefa.f		la_dpotf2.f \
	 la_dpotrf.f		la_dlamch.f		la_dlaic1.f \
	 la_ieeeck.f

SRC_F = $(LA_SRC) $(Y12M)  $(BLAS) az_reorder.f
SRC_C = $(AZ_SRC) $(TIMER) $(COMMUNICATION)

OBJ = 	$(SRC_C:.c=.o) $(SRC_F:.f=.o)

all: aztec


#####################################
# Define implicit compilation rules #
#####################################

#%.o:%.f
#	$(FC) $(FFLAGS) -c $<
#%.o:%.c
#	$(CC) $(CFLAGS) -c $<

# solver library

aztec: $(OBJ)
	@echo "Building library $(TARGET)"
	@rm -f libaztec.a
	$(AR) ruv libaztec.a $(OBJ)
	@$(RNLIB) libaztec.a

clean:
	@echo "cleaning ..."
	/bin/rm -f *.o