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flags.guess
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#!/bin/sh
# Attempt to guess suitable flags for the Fortran compiler.
###########################################################################################################################
###########################################################################################################################
###########################################################################################################################
# if you want to compile with OpenMP, add this to the flags listed below, depending on the compiler you use:
#
# -fopenmp for GNU gfortran
# -openmp for Intel ifort
# -mp for Portland pgfortran
# -qsmp=omp for IBM xlf
###########################################################################################################################
###########################################################################################################################
###########################################################################################################################
# You can add -DFORCE_VECTORIZATION to the options below (for all compilers, except for IBM for which the syntax is -WF,-DFORCE_VECTORIZATION )
# to speed up the code in the fluid (acoustic) parts (only; FORCE_VECTORIZATION support for elastic parts has been discontinued in the source code).
# This works fine if (and only if) your computer always allocates a contiguous memory block for each allocatable array;
# this is the case for most machines and most compilers, but not all. For more details see https://github.com/geodynamics/specfem3d/issues/81 .
# To check if that option works fine on your machine, run the code with and without it for a model containing a significant fluid layer
# (or entirely fluid) and make sure the seismograms are identical.
# you can add -DUSE_SERIAL_CASCADE_FOR_IOs to the compiler options to make the mesher output mesh data
# to the disk for one MPI slice after the other, and to make the solver do the same thing when reading the files back from disk.
# First find the "real" compiler
# e.g., Cray provides a Programming Environment that wraps around compilers,
# but the command-line options are still compiler-specific.
case $FC in
ftn|*/ftn)
case $PE_ENV in
CRAY)
my_FC=crayftn
;;
GNU)
my_FC=gfortran
;;
INTEL)
my_FC=ifort
;;
PATHSCALE)
my_FC=pathf90
;;
PGI)
my_FC=pgfortran
;;
*)
# Unrecognized (this will not set any default flags)
my_FC="$FC"
;;
esac
;;
*)
my_FC="$FC"
;;
esac
case $my_FC in
crayftn|*/crayftn)
#
# Cray Fortran
#
DEF_FFLAGS="-M 1193 -M 1438"
OPT_FFLAGS="-O3 -Onoaggress -Oipa0 -hfp2 -Ovector3 -Oscalar3 -Ocache2 -Ounroll2 -Ofusion2"
# -Oaggress -Oipa4 would make it even more aggressive
DEBUG_FFLAGS="-eC -eD -ec -en -eI -ea -g -G0"
#
#DEF_FFLAGS="-O3 -Onoaggress -Oipa0 -hfp2 -Ovector3 -Oscalar3 -Ocache2 -Ounroll2 -Ofusion2 -p \$O -eF -em -rm" # turn on optimization; -Oaggress -Oipa4 would make it even more aggressive
# -eC -eD -ec -en -eI -ea -g -G0 -M 1193 -M 1438 # turn on full debugging and range checking
;;
pgf95|*/pgf95|pgf90|*/pgf90|pgfortran|*/pgfortran)
#
# Portland PGI
#
DEF_FFLAGS="-Mdclchk -Minform=warn -mcmodel=medium"
OPT_FFLAGS="-Mnobounds -fast"
DEBUG_FFLAGS="-Mbounds"
;;
ifort|*/ifort)
#
# Intel ifort Fortran90 for Linux
# check: http://software.intel.com/sites/products/documentation/hpc/compilerpro/en-us/fortran/lin/compiler_f/index.htm
#
# option "-assume buffered_io" is important especially on
# parallel file systems like SFS 3.2 / Lustre 1.8. If omitted
# I/O throughput lingers at 2.5 MB/s, with it it can increase to ~44 MB/s
# However it does not make much of a difference on NFS mounted volumes or with SFS 3.1.1 / Lustre 1.6.7.1
DEF_FFLAGS="-xHost -fpe0 -ftz -assume buffered_io -assume byterecl -align sequence -vec-report0 -std03 -diag-disable 6477 -implicitnone -gen-interfaces -warn all" # -mcmodel=medium -shared-intel
OPT_FFLAGS="-O3 -check nobounds"
DEBUG_FFLAGS="-check all -debug -g -O0 -fp-stack-check -traceback -ftrapuv"
;;
gfortran|*/gfortran|f95|*/f95)
#
# GNU gfortran
#
DEF_FFLAGS="-std=f2003 -fimplicit-none -frange-check -fmax-errors=10 -pedantic -pedantic-errors -Waliasing -Wampersand -Wcharacter-truncation -Wline-truncation -Wsurprising -Wno-tabs -Wunderflow -ffpe-trap=invalid,zero,overflow" # -mcmodel=medium
OPT_FFLAGS="-O2"
DEBUG_FFLAGS="-g -O0 -ggdb -fbacktrace -fbounds-check"
;;
g95|*/g95)
#
# g95 (free f95 compiler from http://www.g95.org)
#
DEF_FFLAGS="-fimplicit-none"
OPT_FFLAGS="-O"
DEBUG_FFLAGS="-g -O0 -fbounds-check -ftrace"
;;
f90|*/f90)
case $host_os in
Linux)
#
# AbSoft
#
case $host_cpu in
i*86 | x86_64)
DEF_FFLAGS="-W132 -s -cpu:p7 -v -YDEALLOC=ALL"
OPT_FFLAGS="-O3"
DEBUG_FFLAGS=""
;;
esac
;;
irix)
################ SGI Irix #################
DEF_MPIFC=$FC
DEF_MPILIBS="-lmpi -lfastm -lfpe"
DEF_FFLAGS="-ansi -u -64 -OPT:Olimit=0 -OPT:roundoff=3 -OPT:IEEE_arithmetic=3 -r10000 -mips4"
OPT_FFLAGS="-O3"
DEBUG_FFLAGS="-check_bounds"
;;
superux*)
################## NEC SX ##################
DEF_MPIFC=$FC
DEF_FFLAGS="-C hopt -R2 -Wf\" -L nostdout noinclist mrgmsg noeject -msg b -pvctl loopcnt=14000000 expand=10 fullmsg vecthreshold=20 -s\" -pi auto line=100 exp=swap_all,rank"
OPT_FFLAGS=""
DEBUG_FFLAGS=""
;;
esac
;;
lf95|*/lf95)
#
# Lahey f90
#
DEF_FFLAGS="--warn --wo --tpp --f95 --dal"
OPT_FFLAGS="-O"
DEBUG_FFLAGS="--chk"
;;
######## IBM ######
mpxlf*|*/mpxlf*)
DEF_MPIFC=$FC
;;
*xlf*|*/*xlf*)
#
# on some (but not all) IBM machines one might need to add -qsave otherwise the IBM compiler allocates the
# arrays in the stack and the code crashes if the stack size is too
# small (which is sometimes the case, but less often these days on large machines)
#
# you will probably need to add " module load bgq-xl " or similar to your .bash_profile to load the compilers
#
# It could also help to put this in your .bash_profile: export XLFRTEOPTS=aggressive_array_io=yes:buffering=enable
#
# on IBM with xlf one should also set
#
# CC = xlc_r
# CFLAGS = -O3 -q64
#
# or
#
# CC = gcc
# CFLAGS = -O3 -m64
#
# for the C compiler when using -q64 for the Fortran compiler
#
# on IBM xlf90 compiler:
# when encountering errors: ...relocation truncated to fit: R_PPC_LOCAL24PC...
# one should also use additional flags:
# CFLAGS = -Wl,-relax
#
# deleted -qxflag=dvz because it requires handler function __xl_dzx and thus linking will fail.
#
# The -qstrict option prevents some minor differences of results between xlf and
# other compilers. There is a small decrease in performance, but generally
# it is small or negligible compared to other issues like slow I/O.
DEF_FFLAGS="-qassert=contig -qhot -q64 -qtune=auto -qarch=auto -qcache=auto -qfree=f90 -qsuffix=f=f90 -qhalt=w -qlanglvl=2003std -g -qsuppress=1518-234 -qsuppress=1518-317 -qsuppress=1518-318 -qsuppress=1500-036"
OPT_FFLAGS="-O4 -qstrict -Q -Q+rank,swap_all -Wl,-relax"
# Options -qreport -qsource -qlist create a *.lst file containing detailed information about vectorization.
DEBUG_FFLAGS="-g -O0 -C -qddim -qfullpath -qflttrap=overflow:zerodivide:invalid:enable -qfloat=nans -qinitauto=7FBFFFFF"
#
# Options -qreport -qsource -qlist create a *.lst file containing detailed information about vectorization.
# On IBM BlueGene at IDRIS (France) use:
# -qtune=auto -qarch=450d -qsave instead of -qtune=auto -qarch=auto
#
# to debug with IBM xlf, one can add this: -g -O0 -C -qddim -qfullpath -qflttrap=overflow:zerodivide:invalid:enable -qfloat=nans -qinitauto=7FBFFFFF
#
;;
pathf90|*/pathf90)
#
# pathscale
#
# one should also set
# CC = pathcc
# CFLAGS = -O2
#
DEF_FFLAGS="-fno-math-errno -ffast-math -msse3 -march=auto -fno-second-underscore -align64"
OPT_FFLAGS="-O3 -OPT:Ofast -LNO:fusion=2 -LNO:simd=2 -LNO:simd_verbose=ON"
DEBUG_FFLAGS="-g2"
;;
esac
case $build_os in
irix)
################ SGI Irix #################
##
## CAUTION: always define setenv TRAP_FPE OFF on SGI before compiling
##
FCENV="TRAP_FPE=OFF"
;;
esac
if test "x$FLAGS_CHECK" = "x"; then
if test "x$COND_DEBUG_TRUE" = "x"; then
FLAGS_CHECK="$DEF_FFLAGS $DEBUG_FFLAGS"
else
FLAGS_CHECK="$DEF_FFLAGS $OPT_FFLAGS"
fi
fi
if test "x$MPIFC" = "x"; then
MPIFC="$DEF_MPIFC"
if test "x$MPILIBS" = "x"; then
MPILIBS="$DEF_MPILIBS"
fi
fi
echo MPIFC=\"$MPIFC\" | sed 's/\$/\\\$/g'
echo MPILIBS=\"$MPILIBS\" | sed 's/\$/\\\$/g'
echo FLAGS_CHECK=\"$FLAGS_CHECK\" | sed 's/\$/\\\$/g'
echo FCENV=\"$FCENV\" | sed 's/\$/\\\$/g'
# Added by IDRIS: set to default values if not passed as arguments
if [ "X${AR}" == "X" ]; then AR="ar"; fi
if [ "X${RANLIB}" == "X" ]; then RANLIB="ranlib"; fi
if [ "X${ARFLAGS}" == "X" ]; then ARFLAGS="cru"; fi
# Added by IDRIS to crosscompile on BlueGene/P
echo AR=\"$AR\" | sed 's/\$/\\\$/g'
echo ARFLAGS=\"$ARFLAGS\" | sed 's/\$/\\\$/g'
echo RANLIB=\"$RANLIB\" | sed 's/\$/\\\$/g'
# end of file