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# Add to VECTOR_DEFINES the relevant options for your desired
# third-party library support.
#
# Available options are
#
# -DHAVE_IPP Intel's Integrated Performance Primitives are available
# -DHAVE_VDSP Apple's Accelerate framework is available
#
# The above are optional (they affect performance, not function) and
# you may define more than one of them.
#
# The following two options trade off speed against precision for single-
# precision paths in cases where IPP and VDSP are not available:
#
# -DUSE_POMMIER_MATHFUN Use Julien Pommier's SSE/NEON implementation
# of sincos in 32-bit polar-to-cartesian conversion
# -DUSE_APPROXIMATE_ATAN2 Use a quick but *very* approximate atan2
# function in 32-bit cartesian-to-polar conversion
#
# And a handful of miscellaneous flags:
#
# -DLACK_SINCOS Math library lacks sincos() function
# -DNO_COMPLEX_TYPES Don't bother defining bq_complex_t functions
# -DUSE_SINGLE_PRECISION_COMPLEX Use float, not double, for bq_complex_t
# -DNO_EXCEPTIONS Don't throw exceptions (abort instead)
#
# Add any relevant -I flags for include paths as well.
#
# Note that you must supply the same flags when including bqvec
# headers later as you are using now when compiling the library. (You
# may find it simplest to just add the bqvec source files to your
# application's build system and not build a bqvec library at all.)
VECTOR_DEFINES :=
# Add to ALLOCATOR_DEFINES options relating to aligned malloc.
# These are not usually necessary.
#
# Available options are
#
# -DHAVE_POSIX_MEMALIGN The posix_memalign call is available in sys/mman.h
# -DLACK_POSIX_MEMALIGN The posix_memalign call is not available
#
# -DMALLOC_IS_ALIGNED The malloc call already returns aligned memory
# -DMALLOC_IS_NOT_ALIGNED The malloc call does not return aligned memory
#
# -DUSE_OWN_ALIGNED_MALLOC If no aligned malloc is available, roll your own
# -DAVOID_OWN_ALIGNED_MALLOC If no aligned malloc is available, refuse to build
#
# -DLACK_BAD_ALLOC The C++ library lacks the std::bad_alloc exception
#
# Here "aligned" is assumed to mean "aligned enough for whatever
# vector stuff the space will be used for" which likely means at least
# 16-byte alignment.
#
# If no options are provided, we will use IPP functions if HAVE_IPP is
# defined, or else use _aligned_malloc when building with Visual C++
# on Windows, roll our own when building with some other compiler on
# Windows, use system malloc when building on OS/X, and use
# posix_memalign elsewhere.
#
# Note that you must supply the same flags when including bqvec
# headers later as you are using now when compiling the library. (You
# may find it simplest to just add the bqvec source files to your
# application's build system and not build a bqvec library at all.)
ALLOCATOR_DEFINES :=
# Add any related includes and libraries here
#
THIRD_PARTY_INCLUDES :=
THIRD_PARTY_LIBS :=
# If you are including a set of bq libraries into a project, you can
# override variables for all of them (including all of the above) in
# the following file, which all bq* Makefiles will include if found
-include ../Makefile.inc-bq
# This project-local Makefile describes the source files and contains
# no routinely user-modifiable parts
include build/Makefile.inc
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