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#bin_PROGRAMS = food cookbook cook synth
bin_PROGRAMS = synth
common_sources = adsr.c \
adsr.h \
control.c \
control.h \
filter.c \
filter.h \
lowpass.c \
lowpass.h \
Makefile.am \
midi.c \
midi.h \
notes.h \
osc.c \
osc.h \
osc_tri.c \
osc_sin.c \
osc_digisaw.c \
osc_saw.c \
osc_weird.c \
osc_sound.c \
raygui.h \
sound.c \
sound.h \
synth_common.h \
synth_engine.c \
synth_engine.h \
synth_gui.c \
synth_gui.h \
synth_math.h \
wavetable.c \
wavetable.h
# -fwhole-program allows cross-file inlining, but only works when you put all
# the source files on one gcc command-line. -flto is another way to get the
# same effect. (Link-Time Optimization). clang supports -flto but not
# -fwhole-program.
# If your program doesn't depend on strict FP rounding
# behaviour, use -ffast-math. If it does, you can usually still use
# -fno-math-errno and stuff like that, without enabling
# -funsafe-math-optimizations. Some FP code can get big speedups from
# fast-math, like auto-vectorization.
AM_CFLAGS = -O3 -march=native -fno-math-errno -funroll-loops -flto -pthread
synth_SOURCES = synth.c $(common_sources)
synth_LDADD = -lportaudio -lrt -lm -lasound -lraylib -lportmidi -ljack -lfftw3f -lsndfile
#cookbook_SOURCES = cookbook.c $(common_sources)
#cookbook_SOURCES = cookbook.c $(common_sources)
#cook_SOURCES = cook.c $(common_sources)
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