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dx7_algo.py
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"""
YAMAHA DX7 Algorithms
"""
from oscillator import Oscillator
from utils import ADSREnvelope, oscAdder
"""
Input Params:
Time - int
Operator Params:
- Freq, Amp, FM coefficient, wave_type, envelope
feedback - bool
Output:
Oscillator object
"""
def dx7_1(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
feedback_osc = feedback_osc.wave_form
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*feedback_osc,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*op5_osc.wave_form,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*op4_osc.wave_form,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op3_osc])
return output
###############################################################################
def dx7_2(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*op5_osc.wave_form,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*op4_osc.wave_form,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
feedback_osc = feedback_osc.wave_form
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*feedback_osc,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op3_osc])
return output
###############################################################################
def dx7_3(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
feedback_osc = feedback_osc.wave_form
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*feedback_osc,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*op5_osc.wave_form,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*0,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*op3_osc.wave_form,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op4_osc])
return output
###############################################################################
def dx7_4(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
feedback_osc = 0
if feedback:
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*op5_osc.wave_form,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
feedback_osc = op4_osc.wave_form
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*feedback_osc,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*op5_osc.wave_form,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*0,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*op3_osc.wave_form,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op4_osc])
return output
###############################################################################
def dx7_5(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
feedback_osc = feedback_osc.wave_form
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*feedback_osc,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*0,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*op4_osc.wave_form,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op3_osc,op5_osc])
return output
###############################################################################
def dx7_6(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
feedback_osc = 0
if feedback:
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
feedback_osc = op5_osc.wave_form
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*feedback_osc,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*0,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*op4_osc.wave_form,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op3_osc,op5_osc])
return output
###############################################################################
def dx7_7(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
feedback_osc = feedback_osc.wave_form
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*feedback_osc,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*0,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*(op4_osc.wave_form+op5_osc.wave_form),time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op3_osc])
return output
###############################################################################
def dx7_8(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*0,time=TIME,wave_type=op4[3])
feedback_osc = feedback_osc.wave_form
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*(op5_osc.wave_form+feedback_osc),time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*op4_osc.wave_form,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op3_osc])
return output
###############################################################################
def dx7_9(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*0,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*(op4_osc.wave_form+op5_osc.wave_form),time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
feedback_osc= feedback_osc.wave_form
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*feedback_osc,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op3_osc])
return output
###############################################################################
def dx7_10(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*0,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*(op6_osc.wave_form+op5_osc.wave_form),time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*0,time=TIME,wave_type=op3[3])
feedback_osc = feedback_osc.wave_form
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*feedback_osc,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*op3_osc.wave_form,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op4_osc])
return output
###############################################################################
def dx7_11(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*0,time=TIME,wave_type=op5[3])
feedback_osc = feedback_osc.wave_form
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*feedback_osc,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*(op6_osc.wave_form+op5_osc.wave_form),time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*0,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*op3_osc.wave_form,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op4_osc])
return output
###############################################################################
def dx7_12(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*0,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*0,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*(op6_osc.wave_form+op5_osc.wave_form+op4_osc.wave_form),time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
feedback_osc = feedback_osc.wave_form
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*feedback_osc,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op3_osc])
return output
###############################################################################
def dx7_13(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
feedback_osc = feedback_osc.wave_form
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*feedback_osc,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*0,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*0,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*(op6_osc.wave_form+op5_osc.wave_form+op4_osc.wave_form),time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op3_osc])
return output
###############################################################################
def dx7_14(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*0,time=TIME,wave_type=op5[3])
feedback_osc = feedback_osc.wave_form
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*feedback_osc,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*0,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*(op6_osc.wave_form+op5_osc.wave_form),time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*op4_osc.wave_form,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op3_osc])
return output
###############################################################################
def dx7_15(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*0,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*(op6_osc.wave_form+op5_osc.wave_form),time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*op4_osc.wave_form,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
feedback_osc = feedback_osc.wave_form
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*feedback_osc,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op3_osc])
return output
###############################################################################
def dx7_16(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
feedback_osc = feedback_osc.wave_form
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*feedback_osc,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*0,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*op4_osc.wave_form,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*(op2_osc.wave_form+op3_osc.wave_form+op4_osc.wave_form),time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = op1_osc
return output
###############################################################################
def dx7_17(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*0,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*op4_osc.wave_form,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
feedback_osc = feedback_osc.wave_form
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*feedback_osc,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*(op2_osc.wave_form+op3_osc.wave_form+op5_osc.wave_form),time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = op1_osc
return output
###############################################################################
def dx7_18(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*op5_osc.wave_form,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*0,time=TIME,wave_type=op3[3])
feedback_osc = feedback_osc.wave_form
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*feedback_osc,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*(op2_osc.wave_form+op3_osc.wave_form+op4_osc.wave_form),time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = op1_osc
return output
###############################################################################
def dx7_19(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
feedback_osc = feedback_osc.wave_form
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*feedback_osc,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*op6_osc.wave_form,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*0,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*op3_osc.wave_form,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op4_osc, op5_osc])
return output
###############################################################################
def dx7_20(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*0,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*(op6_osc.wave_form+op5_osc.wave_form),time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*0,time=TIME,wave_type=op3[3])
feedback_osc = feedback_osc.wave_form
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*feedback_osc,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*op3_osc.wave_form,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op3_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op2_osc,op4_osc])
return output
###############################################################################
def dx7_21(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*op6_osc.wave_form,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*0,time=TIME,wave_type=op3[3])
feedback_osc = feedback_osc.wave_form
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*feedback_osc,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*op3_osc.wave_form,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op3_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])
output = oscAdder([op1_osc,op2_osc,op4_osc,op5_osc])
return output
###############################################################################
def dx7_22(input_params):
TIME = input_params[0]
op1 = input_params[1]
op2 = input_params[2]
op3 = input_params[3]
op4 = input_params[4]
op5 = input_params[5]
op6 = input_params[6]
feedback = input_params[7]
feedback_osc = 0
if feedback:
feedback_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*0,time=TIME,wave_type=op6[3])
feedback_osc = feedback_osc.wave_form
op6_osc = Oscillator(freq=op6[0],amp=op6[1],phase=op6[2]*feedback_osc,time=TIME,wave_type=op6[3])
if op6[4]:
ADSREnvelope(op6_osc, op6[4])
op5_osc = Oscillator(freq=op5[0],amp=op5[1],phase=op5[2]*op6_osc.wave_form,time=TIME,wave_type=op5[3])
if op5[4]:
ADSREnvelope(op5_osc, op5[4])
op4_osc = Oscillator(freq=op4[0],amp=op4[1],phase=op4[2]*op6_osc.wave_form,time=TIME,wave_type=op4[3])
if op4[4]:
ADSREnvelope(op4_osc, op4[4])
op3_osc = Oscillator(freq=op3[0],amp=op3[1],phase=op3[2]*op6_osc.wave_form,time=TIME,wave_type=op3[3])
if op3[4]:
ADSREnvelope(op3_osc, op3[4])
op2_osc = Oscillator(freq=op2[0],amp=op2[1],phase=op2[2]*0,time=TIME,wave_type=op2[3])
if op2[4]:
ADSREnvelope(op2_osc, op2[4])
op1_osc = Oscillator(freq=op1[0],amp=op1[1],phase=op1[2]*op2_osc.wave_form,time=TIME,wave_type=op1[3])
if op1[4]:
ADSREnvelope(op1_osc, op1[4])