from time import sleep
import pyo
import json
import redis
with open('config.json', 'r') as fp:
config = json.load(fp)
r = redis.Redis(host='localhost', port=6379, db=0)
server = pyo.Server().boot()
sf = pyo.SfPlayer("zoomsamples/lastdrop.wav", loop=True)
ch = pyo.Chorus(sf).out()
hr = pyo.Harmonizer(sf).out()
server.start()
room_temp = None
temp = None
while True:
temp = r.rpop('temp')
if temp is None:
#print("Queue is empty")
sleep(1)
else:
print(f'got {temp} on a worker')
def __init__(self):
super().__init__()
self.son = pyo.Input(1)
self.synth = pyo.Harmonizer(self.son, 1)
self.filter = pyo.Biquad(self.synth)
self.verb = pyo.WGVerb(self.filter).mix(2)
from time import sleep
import pyo
import json
with open('config.json', 'r') as fp:
config = json.load(fp)
# r = redis.Redis(host='localhost', port=6379, db=0)
server = pyo.Server().boot()
sf = pyo.SfPlayer(<"filename.wav">, loop=True) # replace <filename>
sh = pyo.FreqShift(sf)
sh.ctrl()
hr = pyo.Harmonizer(sh).out()
hr.ctrl()
ch = pyo.Chorus(sh).out()
ch.ctrl()
dly = pyo.Delay(sh).out()
dly.ctrl()
server.gui(locals())
'''
while True:
temp = r.rpop('temp')
if temp is None:
print("Queue is empty")
sleep(1)
else:
print(f'got {temp} on a worker')
mod = (int(temp) - 19000) / 1000 # range between -14 and 14
print(f'using mod {mod}')
def chain_effects( initial_source, config_effects_dict ):
'''
Loop through the effects and assembles their configuration in order according to their keys.
initial_source - the medium by which the audio stream is read (i.e through the input port)
config_effects_dict - the list of effects to enable on top of the audio stream.
'''
vol = 1 #default volume
enabled_effects = [initial_source]
# Make the source of the next effect the previously applied effect.
source = enabled_effects[len(enabled_effects) - 1]
# If the volume was set, change the default value to the requested volume.
if "volume" in config_effects_dict:
vol = config_effects_dict.pop("volume")
enabled_effects.append(pyo.Tone(
source,
freq = 20000,
mul = vol
)
)
# Run through all the effects in our configuration file and apply
# them to the previously used stream (i.e source)
for effect in sorted(config_effects_dict.keys()):
source = enabled_effects[len(enabled_effects) - 1]
# print("Effect: " + effect + ", Params: " + str(effects_dict[effect]))
params = config_effects_dict[effect]
if params['name'] == 'distortion':
# distortion stuff
print("Enable distortion effect")
enabled_effects.append(pyo.Disto(
source,
drive=float(params['drive']),
slope=float(params['slope']),
mul = vol
)
)
elif params['name'] == 'delay':
# delay stuff
print("Enable delay effect")
enabled_effects.append(pyo.Delay(
source,
delay=[0, float(params['delay'])],
feedback=float(params['feedback']),
maxdelay=5,
mul = vol
)
)
elif params['name'] == 'reverb':
# reverb stuff
print("Enable reverb effect")
enabled_effects.append(pyo.STRev(
source,
inpos=0.25,
revtime=float(params['revtime']),
cutoff=float(params['cutoff']),
bal=float(params['balance']),
roomSize=float(params['roomsize']),
mul = vol
)
)
elif params['name'] == 'chorus':
# chorus stuff
print("Enable chorus effect")
enabled_effects.append(pyo.Chorus(
source,
depth=[(params['depth_min']), (params['depth_max'])],
feedback=float(params['feedback']),
bal=float(params['balance']),
mul = vol
)
)
elif params['name'] == 'flanger':
# flanger stuff
print("Enable flanger effect")
enabled_effects.append(flanger.Flanger(
source,
depth=float(params['depth']),
freq=float(params['freq']),
feedback=float(params['feedback']),
mul = vol
)
)
elif params['name'] == 'freqshift':
# frequency shift stuff
print("Enable frequency shift effect")
enabled_effects.append(pyo.FreqShift(
source,
shift=params['shift'],
mul = vol
)
)
elif params['name'] == 'harmonizer':
# harmonizer stuff
print("Enable harmonizer effect")
enabled_effects.append(pyo.Harmonizer(
source,
transpo=params['transpose'],
feedback=float(params['feedback']),
winsize=0.1,
mul = vol
)
)
elif params['name'] == 'phaser':
# phaser stuff
print("Enable phaser effect")
enabled_effects.append(pyo.Phaser(
source,
freq=float(params['frequency']),
spread=float(params['spread']),
q=float(params['q']),
feedback=float(params['feedback']),
num=int(params['num']),
mul = vol
)
)
return enabled_effects