def ev_funcs(env, drums=False):
debug_log("ev_funcs")
if is_module(env):
env = env.__dict__
funcs = get_funcs(env).items()
random.shuffle(funcs)
for func_name, func in funcs:
debug_log(" top of loop")
debug_log("func", func)
if coinflip():
times = 1
else:
times = options(1, 2, 4)
for x in range(times):
if drums:
events = midi.zipe(ev_func(func),
midi.ev_drums(dur=DURATION),
dont_finish={1})
else:
events = ev_func(func)
for e in events:
yield e
debug_log(" maybe delay!")
for e in ev_maybe_delay():
debug_log(" yes delay!")
yield e
def ev_goof_around(env, drums=False, overall_drums=False):
while True:
if overall_drums:
events = midi.zipe(
ev_funcs(env, drums=drums),
midi.ev_drums(dur=DURATION),
)
else:
events = ev_funcs(env, drums=drums)
for e in events:
yield e
def ev_goof_around(env, drums=True, overall_drums=False):
while True:
# drums to be zipped alongside/independent?
if overall_drums:
events = midi.zip_events(
ev_funcs(env, drums=drums),
midi.ev_drums(dur=DURATION),
)
# vs drums being tightly coupled (if present)
else:
events = ev_funcs(env, drums=drums)
# go thru the events
for e in events:
yield e
def ev_funcs(env, drums=False):
if is_module(env):
env = env.__dict__
funcs = get_funcs(env).items()
random.shuffle(funcs)
for func_name,func in funcs:
debug_log("func",func)
if coinflip():
times = 1
else:
times = options(1,2,4)
for x in range(times):
if drums:
events = midi.zipe(
ev_func(func),
midi.ev_drums(dur=DURATION),
dont_finish={1}
)
else:
events = ev_func(func)
for e in events:
yield e
for e in ev_maybe_delay():
yield e