def __init__(self, gateway, settings, behaviour, scale="HARMONIC"):
super(Composer, self).__init__(gateway,
settings,
behaviour)
self.harm = {}
self.speed_lim = behaviour['embellishment_speed_lim']
self.selected_meters = ("meters" in list(self.behaviour.keys()) and
self.behaviour["meters"] or list(METERS.keys()))
self.modified_note_in_current_frame = None
self.generate_real_scale(settings['lowest_note_num'],
settings['highest_note_num'])
self.half_beat = self.behaviour['half_beat']
self.second_beat_half = False
# Rendezvous planning
self.min_rendezvous_tickoffset = behaviour['min_rendezvous_tickoffset']
self.max_rendezvous_tickoffset = behaviour['max_rendezvous_tickoffset']
self.fixed_rendezvous_length = behaviour['fixed_rendezvous_length']
self.min_rendezvous_length = behaviour['min_rendezvous_length']
self.max_rendezvous_length = behaviour['max_rendezvous_length']
self._setup_new_controller_wavetable()
self.strategy_max_deviation_mapping = {
'conservative': 1.0,
'lax': 2.0,
'outgoing': 3.0,
'random': 1000
}
# Rendezvous handling
self.num_rendezvous_between_caesurae = behaviour['num_rendezvous_between_caesurae']
# setup state
self.rendezvous_counter = 0
self.ticks_counter = 0
self.rendezvous_tick = False
self.send_out_tick = -1
self.select_next_harmony()
self.select_next_anchor_tick(sendout_offset=1)
self.prior_harmony = None
self.set_binaural_diffs(self.behaviour['binaural_diff'])
for voice in list(self.voices.values()):
voice.slide = False
args = [random() * 0.3 for n in range(4)]
voice.pan_sine = MultiSine(args)
if not settings['enable_adsr']:
self.gateway.pd.send(["voice", voice.id, "adsr_enable", 0])
def __init__(self,
gateway,
settings,
behaviour):
super(Composer, self).__init__(gateway,
settings,
behaviour,
scale=settings.get('start_scale', 'DIATONIC'))
self.harm = {}
self.speed_lim = behaviour['embellishment_speed_lim']
self.selected_meters = ("meters" in list(self.behaviour.keys()) and
self.behaviour["meters"] or list(METERS.keys()))
self.modified_note_in_current_frame = None
self.max_binaural_diff = behaviour['max_binaural_diff']
self.generate_real_scale(settings['lowest_note_num'],
settings['highest_note_num'])
if 'scales' in settings:
self.offered_scales = [scale for scale in self.offered_scales
if scale in settings['scales']]
def __init__(self, gateway, settings, behaviour):
super(Composer, self).__init__(gateway, settings, behaviour)
self.harm = {}
self.speed_lim = behaviour["embellishment_speed_lim"]
self.selected_meters = "meters" in self.behaviour.keys() and self.behaviour["meters"] or METERS.keys()
self.modified_note_in_current_frame = None
self.max_binaural_diff = behaviour["max_binaural_diff"]
self.generate_real_scale(settings["lowest_note_num"], settings["highest_note_num"])
# 0.5 means that the average of all speeds will be
# +/- in the middle of the given range
# 0.25 means that the average of speeds will be at the first
# quarter of the range (predominantly fast)
"speed_target": 0.25,
"speed_change": "leap", # alt:"transition"
'caesura_prob': 0.9,
"shuffle_delay": 0.1, # keep this between 0 and MAX_SHUFFLE
'default_behaviour': "AUTONOMOUS",
"max_shuffle": 0.1,
"automate_scale": True,
# METERS
'automate_meters': True,
'meter': (12, (1, 2, 2, 1, 2, 2, 2)),
'meters': list(METERS.keys()),
# WAVETABLES
'automate_wavetables': True,
'wavetable_specs': sum([[['random', ['all', 'even', 'odd']]] * 3,
[['random_harmonic', ['all', 'even', 'odd']]] * 5,
[['harmonic', ['all', 'even', 'odd']]] * 10],
[]),
'automate_num_partials': True,
'default_num_partial': 13,
'max_num_partials': 15,
'common_wavetables': False,
# TRANSPOSING
'transpose': 12,
'automate_transpose': True,
# 0.5 means that the average of all speeds will be
# +/- in the middle of the given range
# 0.25 means that the average of speeds will be at the first
# quarter of the range (predominantly fast)
"speed_target": 0.25,
"speed_change": "leap", # alt:"transition"
'caesura_prob': 0.9,
"shuffle_delay": 0.1, # keep this between 0 and MAX_SHUFFLE
'default_behaviour': "AUTONOMOUS",
"max_shuffle": 0.1,
"automate_scale": True,
# METERS
'automate_meters': True,
'meter': (12, (1, 2, 2, 1, 2, 2, 2)),
'meters': METERS.keys(),
# WAVETABLES
'automate_wavetables': True,
'wavetable_specs': sum([[['random', ['all', 'even', 'odd']]] * 3,
[['random_harmonic', ['all', 'even', 'odd']]] * 5,
[['harmonic', ['all', 'even', 'odd']]] * 10],
[]),
'automate_num_partials': True,
'default_num_partial': 13,
'max_num_partials': 15,
'common_wavetables': False,
# TRANSPOSING
'transpose': 12,
'automate_transpose': True,