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1. F4

	array.c, gr.c (still experimental)

2. Weyl algebra

	dist.c, distm.c : product of monomials (weyl_mul*)
	Q.c : coefficients of the expansion of D^k*x^l (mkwc, mkwcm)

    Note that the current implementation and specification are too ad hoc.

	If ctrl("do_weyl",1) is executed, then all monomial operations are
	done in Weyl algebra. If the length of the exponent of a monomial
	is n=2m, then it is regarded as an element of Q<x1,...,xm,Dx1,...,Dxm>.
	If the length is n=2m+1, then it is a regarded as an element of
	Q[h]<x1,...,xm,Dx1,...,Dxm>, where h is the homogenization variable.
	The order specification is the same as in the commutative case, so
	one should use matrix order to realize natural orderings in Weyl
	algebra. Negative waits have not yet been supported.

/* $OpenXM: OpenXM_contrib2/asir2000/include/Risa.tmpl,v 1.10 2000/05/29 08:54:47 noro Exp $ */
#include "config.h"

#define USE_GCC
#define USE_INET
/* #define USE_MPI */
/* #define USE_FFT_FLOAT */
/* #define USE_LAPACK */

#if defined(LinuxArchitecture)
#if LinuxCLibMajorVersion >= 6 || \
    (LinuxCLibMajorVersion == 5 && LinuxCLibMinorVersion == 99)
STD_CPP_DEFINES = -traditional -Dlinux -D_BSD_SOURCE $(PROJECT_DEFINES)
STD_DEFINES = -Dlinux -D_BSD_SOURCE $(PROJECT_DEFINES)
#if 0
EXTRA_LDOPTIONS=-static
#endif
#endif
#endif

#if defined(AlphaArchitecture)
#undef USE_GCC
#endif

#define SUN4M 1

#if defined(OpenXM_HOME)
ROOTDIR=OpenXM_HOME
#else
ROOTDIR=/usr/local
#endif

ASIR_BINDIR=$(ROOTDIR)/bin
ASIR_LIBDIR=$(ROOTDIR)/lib/asir
ASIR_INCDIR=$(ROOTDIR)/include/asir
GC_INCDIR=$(ROOTDIR)/include/gc

#if defined(USE_GCC)
CC= gcc
#else
CC= cc
#endif

CDEBUGFLAGS= -O

#if defined(SunArchitecture)
#if SystemV4
#if defined(SparcArchitecture)
CDEBUGFLAGS= -O -mv8
#else
CDEBUGFLAGS= -O
#endif
CCOPTIONS = -DSYSV -DSVR4
AR=/usr/ccs/bin/ar cqs
/* ranlib is dummy on Solaris 2. */
RANLIB=/usr/ccs/bin/ranlib
#endif
#if !SystemV4
#if defined(USE_GCC)
LOCAL_LDFLAGS= -static
#else
LOCAL_LDFLAGS= -Bstatic
#endif
#endif
#endif

#if defined(MipsArchitecture)
#if defined(SGIArchitecture)
CC=cc -signed -n32 -mips3
CDEBUGFLAGS=-O3
#else
HEAP_START_ADDR=2000000
#if defined(RISA_TOP_DIR)
CC= cc -Wl,-D -Wl,$(HEAP_START_ADDR)
#endif
#endif
#endif

#if defined(AlphaArchitecture)
PARIFLAGS = -DLONG_IS_64BIT
#else
PARIFLAGS = -DLONG_IS_32BIT
#endif

#ifdef USE_PARI
PARI=1
PARIINC = $(ROOTDIR)/include/pari
PARILIB = $(ROOTDIR)/lib/libpari.a
#else
PARI=0
PARIINC = .
PARILIB =
#endif

#ifdef USE_INET
INET=1
#else
INET=0
#endif

#ifdef USE_LAPACK
LAPACK=1
LAPACKLIB = -llapack -lblas -lI77 -lF77
#else
LAPACK=0
LAPACKLIB =
#endif

#ifdef USE_PLOT
DO_PLOT=1
#else
DO_PLOT=0
#endif

#ifdef USE_FFT_FLOAT
USE_FLOAT=1
#else
USE_FLOAT=0
#endif

#ifdef USE_MPI
MPI=1
MPILIB=-L/opt/FJSVmpi2/lib -lmpi -L/opt/FSUNaprun/lib -lmpl -lemi -lthread
MPIINC=/opt/FJSVmpi2/include
#else
MPI=0
MPILIB=
MPIINC=.
#endif

#if !defined(NullParameter)
#define NullParameter
#endif

INCLUDES= -I$(TOP)/include -I$(TOP)/parse -I$(TOP)/io -I$(PARIINC) -I$(MPIINC)
DEFINES= -DINET=$(INET) -DPARI=$(PARI) -DLAPACK=$(LAPACK) -DDO_PLOT=$(DO_PLOT) -DUSE_FLOAT=$(USE_FLOAT) $(PARIFLAGS) -DHMEXT -DMPI=$(MPI) $(LINUX_EXTRA_DEFINES)