custom

算断裂的

# Customization of makefile for QMG 2.0 for Unix / Matlab 5.x
# Customize as indicated by comments below.
#
#
# The first definition is customized to 
#   MEX = mexsol for Solaris
#   MEX = mexsg64 for SGI
#   MEX = mexrs6  for RS6000
#   MEX = mexlx  for Linux
# See your Matlab API guide for more choices

MEX = mexsol

# For egcs 1.1 and 2.95, add -DOLD_STYLE_STREAMBUF to the next line.
# For MIPS-Pro 7.3 (and any other recent standard-conforming
# compiler), add NEED_TYPENAME_KEYWD to the next line
#
# If you are using your library's lapack instead of the version
# shipped with QMG, you may need to 
# insert -D options for the symbols
#   zgeqrf_, zunmqr_, zungqr_, zgghrd_, zhgeqz_
#   zgeev_
#   LAPACK_INT_T
#   LAPACK_DOUBLECOMPLEX_T
# so that the types and routine names in qpatchmath.cpp match with 
# those in your LAPACK library.
#
# The EXCEPTIONS_ENABLED flag should probably used on most platforms.
# It allows error conditions to be handled with C++ exceptions.
#
# It is recommended that you use exceptions
# when compiling QMG. (For some compilers, this is the default.
# For others, like KCC 3.2f, you need to specify a compiler
# flag.)  If you use exceptions, then you should leave the
# -DEXCEPTIONS_ENABLED definition in the line below.
# Also, make sure exceptions are enabled in the linker call
# below (i.e., make sure the right flag appears in LDFLAGS).
# Turning on exceptions allows the mex file to free all memory
# before returning to matlab when there is an error.
#
# If you turn off exceptions, then remove -DEXCEPTIONS_ENABLED
# from the line below.  You might consider adding -DUSE_MEX_MALLOC,
# which produces mex files that allocate all memory using the Matlab
# allocator.  This allows Matlab to reclaim memory allocated by the
# mex files in case an error occurs.
#

ADDITIONAL_DEFINES = -DEXCEPTIONS_ENABLED -DOLD_STYLE_STREAMBUF

# base location of matlab.  Subdirectories: bin, extern, etc.

MATROOT = /opts/matlab_5.3

# compiler option for optimization
# If you don't want optimization, then specify -g for debugging.
# On some platforms, if you specify -g then you aren't allowed
# to specify any optimization.

OPTIMIZE = -O

# compiler option for more optimization

LAPACK_OPTIMIZE = -O

# other C++ compiler options
# Type mex -v on your platform and examine CFLAGS in the resulting printout
# to see what matlab needs.
#
# Mips-Pro 7.3 needs 
#   OTHER_CPLUSPLUS_OPTIONS = -64 -LANG:std \
#       -I../../src/platform_specific/mips_7.3 \
#	-ptused
#
# egcs-1.1.2 and 2.95 need 
#   OTHER_CPLUSPLUS_OPTIONS = -I../../src/platform_specific/egcs
#
#  On some platforms, e.g. Solaris 2.6, egcs-2.95 needs a -B option to specify
#  the path to the gnu assembler "as".  This is because the Solaris
#  assembler can't handle the long names generated by egcs 2.95.
#  So add -B<path to as> here.  The path MUST end with a /.
#
# KCC needs -x if you want exceptions enabled.

OTHER_CPLUSPLUS_OPTIONS = -I../../src/platform_specific/egcs \
     -B/usr/local/gnu/binutils-2.9.1/bin/

# other C compiler options
# Mips-Pro 7.3 needs
#  OTHER_C_OPTIONS = -64

OTHER_C_OPTIONS =

# The next two lines are the name of the C++ compiler and C compiler
# that you are using.

CC = /usr/local/gnu/gcc-2.95.1/bin/g++
CCI = /usr/local/gnu/gcc-2.95.1/bin/gcc

# If you are using QMG's Lapack, Blas, and LIBF77, this next statement
# should say
#  CLPCK = $(CLAPACK2OB) $(BLAS2OB) $(LIBF77OB)
# If you are using QMG's Lapack but your own library blas and LIBF77, then say
#  CLPCK = $(CLAPACK2OB)
# If you are using your own library Lapack, blas and LIBF77, then say
#  CLPCK = 

CLPCK = 

# PRECEDE_MEX: a command that must be executed before every
# call to mex.

PRECEDE_MEX = 

# If the standard mex command is OK for linking, leave the
# next definition blank.
# On many platforms you must define
#    MEXFLAGS = LD=$(CC) 
# in order to call the prelinker and to get the exception-handler linked in.
#
# If you are using gcc/egcs, the next statement requires the following
# tricky customization.
#  (1) in a shell, type mex -v.
#  (2) Find the setting of LDFLAGS in the resulting printout.
#  (3) Let's say for example that LDFLAGS is 
#      -G -M /opts/matlab_5.3/extern/lib/sol2/export.map
#  (4) Then in this case you would define
#    MEXFLAGS = LD=$(CC) \
#     LDFLAGS="-Xlinker -G -Xlinker -M -Xlinker /opts/matlab_5.3/extern/lib/sol2/export.map"
#   In other words, you pass two items to MEXFLAGS, LD=$(CC) and also
#   LDFLAGS=<string> where <string> is the same as the LDFLAGS option
#   printed by mex -v, except you precede every single word with -Xlinker.
#
# For KCC, there is a similar customization, except precede the linker
# options in LDFLAGS with "-Wl,".  Also, KCC needs -x in LDFLAGS here
# if you want exceptions enabled (see above).
#
MEXFLAGS = LD=$(CC) \
	LDFLAGS="-Xlinker -G -Xlinker -M -Xlinker /opts/matlab_5.3/extern/lib/sol2/export.map"

# The next definition needs to be customized to include the standard C++
# library.  For instance, if you are using gcc/egcs, then you would add
#   -L<path to egcs>/lib -lstdc++
# to the next statement.  Other compilers typically put the standard
# C++ library in libC.a, so you say -lC below.
# If you are using your own Lapack, Blas, and F77, then you need to
# add that to the following statement.  Under KCC on RS6000 running AIX,
#  you need:
#  -llapack -lblas -lxlf90
#
# On MIPS 7.3 you need -lCio and -lC in the next statement.
# If you are using SGI's LAPACK, you need -lcomplib.sgimath
#
# On Solaris with egcs, if you are using the Sun workshop
# compiler's LAPACK and BLAS rather than the versions shipped with
# QMG, then you need
#    -L<location of libsunperf.a> -lsunperf -lF77 -lM77 -lsunmath -lSUNWPro_lic

MEXLIBS = -L/usr/local/gnu/egcs-2.95.1/lib -lstdc++ \
	-L/opts/lang_v5n1/SUNWspro/SC4.2/lib -lsunperf -lF77 -lM77 -lsunmath -lSUNWPro_lic