def __init__(self):
self.dco_list = i2c_detect.i2c_detect_dco()
print "[i] dcos installed %d" % len(self.dco_list)
if len(self.dco_list) == 0:
print "[!] no dco found, exitting..."
sys.exit(1)
self.gain_list = i2c_detect.i2c_detect_gain()
print "[i] gains installed %d" % len(self.gain_list)
#sys.exit(0)
self.voice = {}
self.voice_list = []
self.global_pitch_lfo = 0
self.reset_voices(len(self.dco_list))
print "[i] voices inicialized %d" % len(self.voice)
print "[i] voice 0 dco 0 i2c address: %s" % self.voice[0].dco_list[0].i2c_address
import sys
import time
import frequencies
import i2c_device as device
import i2c_dco_write as device_dco
import i2c_adsr_write as device_adsr
import i2c_detect as device_detect
DEBUG = True
dco = []
adsr = []
dco = device_detect.i2c_detect_dco()
print dco
print adsr
my_dco = dco[0]
operation = 0
my_f = frequencies.Frequencies()
for frequency in range(0, 16511, 1):
(r2r, divider, counter) = my_f.get_frequency(frequency)
my_dco.set_r2r(r2r)
my_dco.set_divider(divider)
my_dco.set_counter(counter)
my_dco.set_gate(True)