# Makefile for building Eigenmath on Linux machines.
#
# 1. Unpack the tarball.
#
#	$ tar zxf math.tar.gz
#
# 2. Compile it. (For Power PC and other big endian machines, first add -DMAC
#    to CFLAGS below.)
#
#	$ cd math
#	$ make
#
# 3. Test it.
#
#	$ ./math
#	> --test
#
# 4. Press control-c to get out.
#
#	> ^C
#	$
#
# 5. Scripts can be run from the command line.
#
#	$ ./math StaticSphericalMetric
#
# 6. See eigenhead.com for more examples.


# CXX and CXXFLAGS are used by make's implicit rule for compiling C++ files.
# divby1billion() in mstr.c doesn't work with -O2
CXXFLAGS = -Wall -Wuninitialized -O -DLINUX
# For big endian machines add -DMAC
#CXXFLAGS = -Wall -Wuninitialized -O -DLINUX -DMAC

objects = madd.o mmul.o mprime.o mgcd.o mpow.o mroot.o mcmp.o mstr.o mscan.o mmodpow.o \
qadd.o qsub.o qmul.o qdiv.o qpow.o \
sin.o cos.o tan.o arcsin.o arccos.o arctan.o \
sinh.o cosh.o tanh.o arcsinh.o arccosh.o arctanh.o \
abs.o mod.o roots.o eigen.o simplify.o for.o isprime.o index.o wedge.o \
rationalize.o prog.o lcm.o floor.o ceiling.o condense.o userfunc.o find.o \
init.o primetab.o bignum.o symbol.o run.o atomize.o pollard.o outer.o inner.o \
coeff.o		\
main.o		\
misc.o		\
data.o		\
alloc.o		\
stack.o		\
scan.o		\
print.o		\
eval.o		\
subst.o		\
gcd.o		\
factor.o	\
quickfactor.o	\
factorpoly.o	\
tensor.o	\
contract.o	\
derivative.o	\
integral.o	\
prime.o		\
dsolve.o	\
distill.o	\
display.o	\
add.o		\
multiply.o	\
power.o		\
factorial.o	\
sum.o		\
product.o	\
det.o		\
inv.o		\
hilbert.o	\
taylor.o	\
binomial.o	\
trace.o		\
charpoly.o	\
hermite.o	\
laguerre.o	\
legendre.o	\
degree.o	\
divisors.o	\
vectorize.o	\
variables.o	\
test.o		\
selftest.o

math : $(objects)
	$(CXX) -o math $(objects) -lm

$(objects) : defs.h