def mixer(slot, name,
chanA = [-99, 0.0, 0.0, 0], # [gain(db), mod-depth, pan, mute]
chanB = [-99, 0.0, 0.0, 0],
chanC = [-99, 0.0, 0.0, 0],
chanD = [-99, 0.0, 0.0, 0],
main = [0,0]):
program=Mixer(name)
def fill_channel_list(lst):
acc = []
for i,dflt in enumerate([-99.0, 0.0, 0.0, 0]):
try:
acc.append(float(lst[i]))
except (IndexError,ValueError,TypeError):
acc.append(dflt)
return acc
def set_channel_params(prefix,chanlist):
program["gain%s" % prefix] = db_to_amp(chanlist[0])
program["mod%s" % prefix] = chanlist[1]
program["pan%s" % prefix] = chanlist[2]
program["mute%s" % prefix] = chanlist[3]
set_channel_params("A", fill_channel_list(chanA))
set_channel_params("B", fill_channel_list(chanB))
set_channel_params("C", fill_channel_list(chanC))
set_channel_params("D", fill_channel_list(chanD))
program["gain1"]=float(db_to_amp(main[0]))
program["gain2"]=float(db_to_amp(main[1]))
program_bank[slot] = program
return program
def asplit(slot,
name,
gainA=0,
gainB=0,
gainC=0,
gainD=0,
gain=0,
unmuteA=1,
unmuteB=1,
unmuteC=1,
unmuteD=1,
unmute=1):
p = ASplit(name)
p["gainA"] = float(db_to_amp(gainA))
p["gainB"] = float(db_to_amp(gainB))
p["gainC"] = float(db_to_amp(gainC))
p["gainD"] = float(db_to_amp(gainD))
p['gain'] = float(db_to_amp(gain))
p['unmuteA'] = int(unmuteA)
p['unmuteB'] = int(unmuteB)
p['unmuteC'] = int(unmuteC)
p['unmuteD'] = int(unmuteD)
p['unmute'] = int(unmute)
program_bank[slot] = p
return p
def mix(osc1=0, osc2=0, osc3=0, noise=-99,
osc1Env1 = 0.0,
osc2Env1 = 0.0,
osc3Env1 = 0.0,
noiseEnv1 = 0.0):
return {"osc1Amp" : db_to_amp(osc1),
"osc2Amp" : db_to_amp(osc2),
"osc3Amp" : db_to_amp(osc3),
"noiseAmp" : db_to_amp(noise),
"osc1Amp_env1" : nclip(osc1Env1),
"osc2Amp_env1" : nclip(osc2Env1),
"osc3Amp_env1" : nclip(osc3Env1),
"noiseAmp_env1" : nclip(noiseEnv1)}
def volume_aspect_to_amp(va):
"""
Convwerts controller aspect to gain factor.
Used with slider like volume controls.
The response has several distinct regions:
199 - +6db
181 to 198 - +3db
179 to 180 - 0db
81 to 178 - -12db to 0db
1 to 80 - -48db to -12db
0 - -infinity db
"""
if 191 <= va:
db = 6
elif 181 <= va:
db = 3
elif 171 <= va:
db = 0
elif 81 <= va:
db = int(0.135 * va -23)
elif 1 <= va:
db = int(0.462 * va -48.462)
else:
return 0.0
amp = float(db_to_amp(db))
return amp
def flngr(slot,
name,
amp=0,
delay=0.5,
modDepth=0.5,
modFreq=1.0,
feedback=0.5,
loweq=10000,
higheq=10,
efxMix=0.5,
xmodDepth=0,
xmixScale=0):
p = Flngr(name)
p["delay"] = clip(float(delay), 0, 1)
p["imodDepth"] = clip(float(modDepth), 0, 1)
p["imodFreq"] = abs(float(modFreq))
p["feedback"] = clip(float(feedback), -1, 1)
p["feedbackLowpass"] = clip(int(loweq), 20, 20000)
p["feedbackHighpass"] = clip(int(higheq), 20, 20000)
p["efxMix"] = clip(float(efxMix), 0, 1)
p["xmodDepth"] = clip(float(xmodDepth), 0, 1)
p["xmixScale"] = clip(float(xmixScale), 0, 1)
p["amp"] = float(db_to_amp(amp))
program_bank[slot] = p
return p
def carnal(slot, name, amp=-12,
delayTime = 0.125,
xDelay = 0.0,
wow = 0.0,
wowFreq = 1.0,
flutter = 0,
feedback = 0.5,
gain = 1.0,
threshold = 1.0,
eq = [10000, 100], # [lowpass, highpass]
wetMix = 0.5,
xWetMix = 0.0):
p = CarnalDelay(name)
p["delayTime"] = float(clip(delayTime, 0, MAX_DELAY))
p["wow"] = float(clip(wow, 0, 1))
p["wowFreq"] = float(clip(wowFreq, 0.1, 5))
p["flutter"] = float(clip(flutter, 0, 1))
p["xDelayMod"] = float(clip(xDelay, 0, 1))
p["feedback"] = float(clip(feedback, 0, 1))
p["gain"] = float(clip(gain, 0.5, 2))
p["threshold"] = float(clip(threshold, 0, 1))
p["lowcut"] = int(clip(eq[0], 20, 20000))
p["highcut"] = int(clip(eq[1], 20, 20000))
p["efxMix"] = float(clip(wetMix, 0, 1))
p["xEfxMix"] = float(clip(xWetMix, 0, 1))
p["amp"] = float(clip(db_to_amp(amp), 0, 2))
program_bank[slot] = p
return p
def asplit(slot, name,
gainA=0, gainB=0, gainC=0, gainD=0, gain=0,
unmuteA=1, unmuteB=1, unmuteC=1, unmuteD=1, unmute=1):
p = ASplit(name)
p["gainA"] = float(db_to_amp(gainA))
p["gainB"] = float(db_to_amp(gainB))
p["gainC"] = float(db_to_amp(gainC))
p["gainD"] = float(db_to_amp(gainD))
p['gain'] = float(db_to_amp(gain))
p['unmuteA'] = int(unmuteA)
p['unmuteB'] = int(unmuteB)
p['unmuteC'] = int(unmuteC)
p['unmuteD'] = int(unmuteD)
p['unmute'] = int(unmute)
program_bank[slot] = p
return p
def carnal(
slot,
name,
amp=-12,
delayTime=0.125,
xDelay=0.0,
wow=0.0,
wowFreq=1.0,
flutter=0,
feedback=0.5,
gain=1.0,
threshold=1.0,
eq=[10000, 100], # [lowpass, highpass]
wetMix=0.5,
xWetMix=0.0):
p = CarnalDelay(name)
p["delayTime"] = float(clip(delayTime, 0, MAX_DELAY))
p["wow"] = float(clip(wow, 0, 1))
p["wowFreq"] = float(clip(wowFreq, 0.1, 5))
p["flutter"] = float(clip(flutter, 0, 1))
p["xDelayMod"] = float(clip(xDelay, 0, 1))
p["feedback"] = float(clip(feedback, 0, 1))
p["gain"] = float(clip(gain, 0.5, 2))
p["threshold"] = float(clip(threshold, 0, 1))
p["lowcut"] = int(clip(eq[0], 20, 20000))
p["highcut"] = int(clip(eq[1], 20, 20000))
p["efxMix"] = float(clip(wetMix, 0, 1))
p["xEfxMix"] = float(clip(xWetMix, 0, 1))
p["amp"] = float(clip(db_to_amp(amp), 0, 2))
program_bank[slot] = p
return p
def mix_aspect_to_amp(va):
if va == 0:
return 0
elif va <= 99:
a,b = 0.398,-48.4
else:
a,b = 0.091,-18.11
return db_to_amp(min(a*va+b, 0))
def mix_aspect_to_amp(va):
if va == 0:
return 0
elif va <= 99:
a, b = 0.398, -48.4
else:
a, b = 0.091, -18.11
return db_to_amp(min(a * va + b, 0))
def orgn(
slot,
name,
amp=-12,
cenv=[0.00, 0.00, 1.00, 0.00], # ADSR
menv=[0.00, 0.00, 1.00, 0.00],
op1=[1.00, 0], # freq-ratio, amp(db)
op2=[1.00, 0], # freq-ratio, modulation-depth
op3=[2.00, -99], # freq-ratio, amp(db)
op4=[2.00, 0], # freq-ratio, modulation-depth
vibrato=[5.00, 0.00, 0.00, 0.00], # freq, delay, depth, x->pitch
chorus=[0.00, 0.00], # delay, depth
mod_depth=[1.0, 0.0]): # [depth, x->depth]
cenv = _fill(cenv, [0.0, 0.0, 1.0, 0.0])
menv = _fill(menv, [0.0, 0.0, 1.0, 0.0])
op1 = _fill(op1, [1.0, 0])
op2 = _fill(op2, [1.0, 0.0])
op3 = _fill(op3, [2.0, -99])
op4 = _fill(op4, [2.0, 0.0])
vibrato = _fill(vibrato, [5.0, 0.0, 0.0, 0.0])
chorus = _fill(chorus, [0.0, 0.0])
mod_depth = _fill(mod_depth, [1.0, 0.0])
p = Orgn(name)
p.performance = performance()
p["amp"] = db_to_amp(amp)
for i, param in enumerate(("cattack", "cdecay", "csustain", "crelease")):
p[param] = float(cenv[i])
for i, param in enumerate(("mattack", "mdecay", "msustain", "mrelease")):
p[param] = float(menv[i])
p["r1"] = float(op1[0])
p["r2"] = float(op2[0])
p["r3"] = float(op3[0])
p["r4"] = float(op4[0])
p["amp1"] = float(db_to_amp(op1[1]))
p["amp2"] = float(op2[1])
p["amp3"] = float(db_to_amp(op3[1]))
p["amp4"] = float(op4[1])
for i, param in enumerate(("vfreq", "vdelay", "vdepth", "xToPitch")):
v = float(vibrato[i])
p[param] = v
p["chorusDelay"] = float(chorus[0])
p["chorus"] = float(chorus[1])
p["modulationDepth"] = float(mod_depth[0])
p["xToModulationDepth"] = float(mod_depth[1])
program_bank[slot] = p
return p
def mix(osc1=0,
osc2=0,
osc3=0,
noise=-99,
osc1Env1=0.0,
osc2Env1=0.0,
osc3Env1=0.0,
noiseEnv1=0.0):
return {
"osc1Amp": db_to_amp(osc1),
"osc2Amp": db_to_amp(osc2),
"osc3Amp": db_to_amp(osc3),
"noiseAmp": db_to_amp(noise),
"osc1Amp_env1": nclip(osc1Env1),
"osc2Amp_env1": nclip(osc2Env1),
"osc3Amp_env1": nclip(osc3Env1),
"noiseAmp_env1": nclip(noiseEnv1)
}
def orgn(slot, name, amp=-12,
cenv = [0.00, 0.00, 1.00, 0.00], # ADSR
menv = [0.00, 0.00, 1.00, 0.00],
op1 = [1.00, 0], # freq-ratio, amp(db)
op2 = [1.00, 0], # freq-ratio, modulation-depth
op3 = [2.00, -99], # freq-ratio, amp(db)
op4 = [2.00, 0], # freq-ratio, modulation-depth
vibrato = [5.00, 0.00, 0.00, 0.00], # freq, delay, depth, x->pitch
chorus = [0.00, 0.00], # delay, depth
mod_depth = [1.0, 0.0]): # [depth, x->depth]
cenv = _fill(cenv, [0.0, 0.0, 1.0, 0.0])
menv = _fill(menv, [0.0, 0.0, 1.0, 0.0])
op1 = _fill(op1, [1.0, 0])
op2 = _fill(op2, [1.0, 0.0])
op3 = _fill(op3, [2.0, -99])
op4 = _fill(op4, [2.0, 0.0])
vibrato = _fill(vibrato, [5.0, 0.0, 0.0, 0.0])
chorus = _fill(chorus, [0.0, 0.0])
mod_depth = _fill(mod_depth, [1.0, 0.0])
p = Orgn(name)
p.performance = performance()
p["amp"] = db_to_amp(amp)
for i,param in enumerate(("cattack","cdecay","csustain","crelease")):
p[param] = float(cenv[i])
for i,param in enumerate(("mattack","mdecay","msustain","mrelease")):
p[param] = float(menv[i])
p["r1"] = float(op1[0])
p["r2"] = float(op2[0])
p["r3"] = float(op3[0])
p["r4"] = float(op4[0])
p["amp1"] = float(db_to_amp(op1[1]))
p["amp2"] = float(op2[1])
p["amp3"] = float(db_to_amp(op3[1]))
p["amp4"] = float(op4[1])
for i,param in enumerate(("vfreq","vdelay","vdepth","xToPitch")):
v = float(vibrato[i])
p[param] = v
p["chorusDelay"] = float(chorus[0])
p["chorus"] = float(chorus[1])
p["modulationDepth"] = float(mod_depth[0])
p["xToModulationDepth"] = float(mod_depth[1])
program_bank[slot] = p
return p
def rdrum(slot, name, amp=-12,
a = {"ratio" : 1.000,
"attack" : 0.000,
"decay" : 0.750,
"bend" : 0.0,
"tone" : 0.0,
"amp" : 0,
"velocity" : 0.0},
b = {"ratio" : 1.000,
"attack" : 0.000,
"decay" : 0.375,
"bend" : 0.000,
"tune" : 1.000,
"amp" : 0,
"velocity" : 0.0},
noise = {"ratio" : 6.0,
"bias" : 0,
"attack" : 0.001,
"decay" : 0.500,
"res" : 0.50,
"bend" : 0.00,
"amp" : -99,
"velocity" : 0.0},
remarks = ""):
p = Rdrum(name)
p.remarks = remarks
p.performance = performance()
p["amp"] = db_to_amp(amp)
p["aRatio"] = _freq_ratio(a, "ratio", 1.0)
p["aAttack"] = _envTime(a, "attack", 0.001)
p["aDecay"] = _envTime(a, "decay", 0.75)
p["aBend"] = _bend(a, "bend")
p["aTone"] = _norm(a, "bend", 0)
p["aAmp"] = _db(a, "amp")
p["aVelocity"] = _norm(a, "velocity", 0)
p["bRatio"] = _freq_ratio(b, "ratio", 1.0)
p["bAttack"] = _envTime(b, "attack", 0.001)
p["bDecay"] = _envTime(b, "decay", 0.75)
p["bBend"] = _bend(b, "bend")
p["bTune"] = clip(float(b.get("tune", 0)), 0, 4)
p["bAmp"] = _db(b, "amp")
p["bVelocity"] = _norm(b, "velocity", 0)
p["noiseRatio"] = _freq_ratio(noise, "ratio", 6)
p["noiseBias"] = int(clip(noise.get("bias", 0), 0, 9999))
p["noiseAttack"] = _envTime(noise, "attack", 0.001)
p["noiseDecay"] = _envTime(noise, "decay", 0.5)
p["noiseBend"] = _bend(noise, "bend")
p["noiseRes"] = _norm(noise, "res", 0)
p["noiseAmp"] = _db(noise, "amp")
p["noiseVelocity"] = _norm(noise, "velocity", 0)
program_bank[slot] = p
return p
def rdrum(slot, name, amp=-12,
a = {"ratio" : 1.000,
"attack" : 0.000,
"decay" : 0.750,
"bend" : 0.0,
"tone" : 0.0,
"amp" : 0,
"velocity" : 0.0},
b = {"ratio" : 1.000,
"attack" : 0.000,
"decay" : 0.375,
"bend" : 0.000,
"tune" : 1.000,
"amp" : 0,
"velocity" : 0.0},
noise = {"ratio" : 6.0,
"bias" : 0,
"attack" : 0.001,
"decay" : 0.500,
"res" : 0.50,
"bend" : 0.00,
"amp" : -99,
"velocity" : 0.0},
remarks = ""):
p = Rdrum(name)
p.remarks = remarks
p.performance = performance()
p["amp"] = db_to_amp(amp)
p["aRatio"] = _freq_ratio(a, "ratio", 1.0)
p["aAttack"] = _envTime(a, "attack", 0.001)
p["aDecay"] = _envTime(a, "decay", 0.75)
p["aBend"] = _bend(a, "bend")
p["aTone"] = _norm(a, "bend", 0)
p["aAmp"] = _db(a, "amp")
p["aVelocity"] = _norm(a, "velocity", 0)
p["bRatio"] = _freq_ratio(b, "ratio", 1.0)
p["bAttack"] = _envTime(b, "attack", 0.001)
p["bDecay"] = _envTime(b, "decay", 0.75)
p["bBend"] = _bend(b, "bend")
p["bTune"] = clip(float(b.get("tune", 0)), 0, 4)
p["bAmp"] = _db(b, "amp")
p["bVelocity"] = _norm(b, "velocity", 0)
p["noiseRatio"] = _freq_ratio(noise, "ratio", 6)
p["noiseBias"] = int(clip(noise.get("bias", 0), 0, 9999))
p["noiseAttack"] = _envTime(noise, "attack", 0.001)
p["noiseDecay"] = _envTime(noise, "decay", 0.5)
p["noiseBend"] = _bend(noise, "bend")
p["noiseRes"] = _norm(noise, "res", 0)
p["noiseAmp"] = _db(noise, "amp")
p["noiseVelocity"] = _norm(noise, "velocity", 0)
program_bank[slot] = p
return p
def trem(slot, name, amp=0,
lfo = [5.0, 0.0], # [freq, amp]
xtern = [0.0, 0.0, 0.0], # [modDepth, x->lfoFreq, x->lfoAmp]
limit = 1):
p = Tremolo(name)
p["lfoFreq"] = abs(float(lfo[0]))
p["modDepth"] = clip(abs(float(lfo[1])), 0, 2)
p["limit"] = abs(float(limit))
p["amp"] = clip(abs(float(db_to_amp(amp))), 0, 2)
p["xDepth"] = float(xtern[0])
p["xLfoFreq"] = float(xtern[1])
p["xLfoAmp"] = float(xtern[2])
program_bank[slot] = p
return p
def trem(slot, name, amp=0,
lfo = [5.0, 0.0], # [freq, amp]
xtern = [0.0, 0.0, 0.0], # [modDepth, x->lfoFreq, x->lfoAmp]
limit = 1):
p = Tremolo(name)
p["lfoFreq"] = abs(float(lfo[0]))
p["modDepth"] = clip(abs(float(lfo[1])), 0, 2)
p["limit"] = abs(float(limit))
p["amp"] = clip(abs(float(db_to_amp(amp))), 0, 2)
p["xDepth"] = float(xtern[0])
p["xLfoFreq"] = float(xtern[1])
p["xLfoAmp"] = float(xtern[2])
program_bank[slot] = p
return p
def rumklang(slot, name,
delay = 0.0,
roomSize = 0.5,
damp = 0.5,
eq = [16000, 20], # [lp hp] in Hz
gatted = 0,
modDepth = 0.0, # external wet signal modulation
wet = [0, 0.25], # [db, pan]
dry = [0, 0.75]): # [db, pan]
p = Rumklang(name)
p["preDelay"] = float(min(abs(delay),MAX_DELAY))
p["roomSize"] = float(roomSize)
p["damp"] = float(damp)
p["lpcutoff"] = int(eq[0])
p["hpcutoff"] = int(max(eq[1],20))
p["gatted"] = int(gatted)
p["modDepth"] = float(modDepth)
p["wetAmp"] = int(db_to_amp(wet[0]))
p["wetPan"] = float(wet[1])
p["dryAmp"] = int(db_to_amp(dry[0]))
p["dryPan"] = float(dry[1])
program_bank[slot] = p
return p
def volume_aspect_to_amp(va):
if 191 <= va:
db = 6
elif 181 <= va:
db = 3
elif 171 <= va:
db = 0
elif 81 <= va:
db = int(0.135 * va - 23)
elif 1 <= va:
db = int(0.462 * va - 48.462)
else:
return 0.0
amp = float(db_to_amp(db))
return amp
def volume_aspect_to_amp(va):
if 191 <= va:
db = 6
elif 181 <= va:
db = 3
elif 171 <= va:
db = 0
elif 81 <= va:
db = int(0.135 * va -23)
elif 1 <= va:
db = int(0.462 * va -48.462)
else:
return 0.0
amp = float(db_to_amp(db))
return amp
def mix_aspect_to_amp(va):
"""
Converts slider position, an int between 0 and 199, to gain factor.
Used with slider like gain controls.
The response is divided into several distinct regions.
199 - 0db
100 to 198 - -9db to 0db
1 to 99 - -48db to -9db
0 - -infinity
"""
if va == 0:
return 0
elif va <= 99:
a,b = 0.398,-48.4
else:
a,b = 0.091,-18.11
return db_to_amp(min(a*va+b, 0))
def panner(
slot,
name,
amp=0, # db
pos=0.0, # pan position (-1..+1)
lfoFreq=1.0, # Hertz
lfoDepth=0.0, # (0..1)
xscale=0.0, # external signal scale
xbias=0.0):
p = Panner(name)
p["amp"] = float(db_to_amp(amp))
p["pos"] = float(clip(pos, -1, 1))
p["lfoFreq"] = float(abs(lfoFreq))
p["lfoDepth"] = float(clip(lfoDepth, -1, 1))
p["xscale"] = float(xscale)
p["xbias"] = float(xbias)
program_bank[slot] = p
return p
def saw3(slot,
name,
amp=-12,
vibrato=vibrato(5.0),
lfo=lfo(5.0),
env1=adsr1(0.0, 0.0, 1.0, 0.0),
env2=adsr2(0.0, 0.0, 1.0, 0.0),
osc1=osc1(0.5),
osc2=osc2(1.0),
osc3=osc3(0.5),
noise=noise(1.0),
mixer=mix(),
filter_=filter_(),
res=res(0.5),
filter_mix=filter_mix(0),
port=0.0,
externalToPitch=0.0):
acc = {
"amp": db_to_amp(amp),
"xToPitch": float(clip(externalToPitch, 0, 1)),
"port": float(max(port, 0))
}
acc.update(vibrato)
acc.update(env1)
acc.update(env2)
acc.update(lfo)
acc.update(osc1)
acc.update(osc2)
acc.update(osc3)
acc.update(noise)
acc.update(mixer)
acc.update(filter_)
acc.update(res)
acc.update(filter_mix)
p = Saw3(name)
for k, v in acc.items():
p[k] = v
p.performance = performance()
program_bank[slot] = p
return p
def masa(slot, name, amp=-12,
xbus = {"bias" : 1.0,
"scale" : 0.5,
"freq" : 0.0},
vibrato = {"freq" : 5.0,
"delay" : 0.0,
"sens" : 0.1,
"depth" : 0.0},
env = [0.01, 0.20], # [attack, decay]
amps = [0.00, 0.00, 1.00, 0.00, 0.00, 0.00, 0.00, 0.00, 0.00],
xtrem = [0.00, 0.00, 0.00, 0.00, 0.00, 0.00, 0.00, 0.00, 0.00],
perc = [0.00, 0.00, 0.00, 0.00, 0.00, 0.00, 0.00, 0.00, 0.00]):
p = Masa(name)
p.performance = performance()
_fill_xbus(p, xbus)
_fill_vibrato(p, vibrato)
_fill_amps(p, amps)
_fill_xtrem(p, xtrem)
_fill_perc(p, perc)
p["amp"] = db_to_amp(amp)
program_bank[slot] = p
return p
def flngr(slot, name, amp=0,
delay = 0.5,
modDepth = 0.5,
modFreq = 1.0,
feedback = 0.5,
loweq = 10000,
higheq = 10,
efxMix = 0.5,
xmodDepth = 0,
xmixScale = 0):
p = Flngr(name)
p["delay"] = clip(float(delay), 0, 1)
p["imodDepth"] = clip(float(modDepth), 0, 1)
p["imodFreq"] = abs(float(modFreq))
p["feedback"] = clip(float(feedback), -1, 1)
p["feedbackLowpass"] = clip(int(loweq), 20, 20000)
p["feedbackHighpass"] = clip(int(higheq), 20, 20000)
p["efxMix"] = clip(float(efxMix), 0, 1)
p["xmodDepth"] = clip(float(xmodDepth), 0, 1)
p["xmixScale"] = clip(float(xmixScale), 0, 1)
p["amp"] = float(db_to_amp(amp))
program_bank[slot] = p
return p
def saw3(slot, name,
amp = -12,
vibrato = vibrato(5.0),
lfo = lfo(5.0),
env1 = adsr1(0.0, 0.0, 1.0, 0.0),
env2 = adsr2(0.0, 0.0, 1.0, 0.0),
osc1 = osc1(0.5),
osc2 = osc2(1.0),
osc3 = osc3(0.5),
noise = noise(1.0),
mixer = mix(),
filter_ = filter_(),
res = res(0.5),
filter_mix = filter_mix(0),
port = 0.0,
externalToPitch = 0.0):
acc = {"amp" : db_to_amp(amp),
"xToPitch" : float(clip(externalToPitch, 0, 1)),
"port" : float(max(port, 0))}
acc.update(vibrato)
acc.update(env1)
acc.update(env2)
acc.update(lfo)
acc.update(osc1)
acc.update(osc2)
acc.update(osc3)
acc.update(noise)
acc.update(mixer)
acc.update(filter_)
acc.update(res)
acc.update(filter_mix)
p = Saw3(name)
for k,v in acc.items():
p[k] = v
p.performance = performance()
program_bank[slot] = p
return p
def _fill_op1_params(d):
rs = _fill_common_op_params(1, d)
rs.update(_fill_envelope_params(1, d))
rs["amp"] = int(db_to_amp(d.get("amp", 0)))
return rs
def klstr(slot, name, amp=-12,
lfo = {"freq" : 1.00,
"ratio" : 1.00,
"xmod" : 0.00,
"delay" : 0.00,
"depth" : 1.00,
"vibrato" : 0.00},
env = {"gated" : True,
"attack" : 0.00,
"decay" : 0.00,
"sustain" : 1.00,
"release" : 0.00},
spread = {"depth" : 0.0,
"lfo" : 0.0,
"env" : 0.0},
cluster = {"depth" : 1.0,
"lfo" : 0.0,
"env" : 0.0,
"lag" : 0.0},
filter_ = {"freq" : 100,
"lfo" : 0,
"env" : 7000,
"lag" : 0.0,
"res" : 0.5,
"mix" : 1.0},
external = {"spread" : 0.0,
"noise" : 0.0,
"filter" : 0.0,
"scale" : 1.0,
"bias" : 0.0},
pw = 0.5,
pwLfo = 0.0,
noise = -99,
remarks = ""):
p = Klstr(name)
p.performance = performance()
p["amp"] = db_to_amp(amp)
p["lfoFreq"] = float(clip(lfo.get("freq", 1.0), 0.01, 100))
p["lfo2FreqRatio"] = float(clip(lfo.get("lfo2FreqRatio", 1.0),0.01, 100))
p["lfoXMod"] = float(clip(lfo.get("xmod", 0), 0, 100))
p["lfoDelay"] = float(clip(lfo.get("delay", 0), 0, 8))
p["vibrato"] = float(clip(lfo.get("vibrato",0), 0, 1))
p["pw"] = float(clip(pw, 0, 1))
p["pwLfo"] = float(clip(pwLfo, 0, 1))
p["attack"] = float(clip(env.get("attack", 0), 0, 32))
p["decay"] = float(clip(env.get("decay", 0), 0, 32))
p["release"] = float(clip(env.get("release", 0), 0, 32))
p["sustain"] = float(clip(env.get("sustain", 0), 0, 1))
if env.get("gatted", True):
env_mode = 0
else:
env_mode = 1
p["envMode"] = env_mode
p["spread"] = float(clip(spread.get("depth"), 0, 4))
p["spreadLfo"] = float(clip(spread.get("lfo"), 0, 4))
p["spreadEnv"] = float(clip(spread.get("env"), 0, 4))
p["cluster"] = float(clip(cluster.get("depth"), 0, 16))
p["clusterLfo"] = float(clip(cluster.get("lfo"), 0, 16))
p["clusterEnv"] = float(clip(cluster.get("env"), -16, 16))
p["cluserLag"] = float(clip(cluster.get("lag"), 0, 1))
p["filterFreq"] = int(clip(filter_.get("freq",100), 100, 16000))
p["filterLfo"] = int(clip(filter_.get("lfo", 0), -9999, 9999))
p["filterEnv"] = int(clip(filter_.get("env", 7000), -9999, 9999))
p["filterLag"] = float(clip(filter_.get("lag"), 0, 1))
p["res"] = float(clip(filter_.get("res"),0,1))
p["filterMix"] = float(clip(filter_.get("mix", 1.0),0,1))
p["noise"] = db_to_amp(noise)
p["xScale"] = float(clip(external.get("scale", 1.0),0,4))
p["xBias"] = float(clip(external.get("bias", 0.0),-4, +4))
p["xToSpread"] = float(clip(external.get("spread", 0), 0, 1))
p["xToNoise"] = float(clip(external.get("noise", 0), 0, 1))
p["xToFilter"] = float(clip(external.get("filter", 0), 0, 1))
p.remarks = remarks
program_bank[slot] = p
return p
def fm2(slot, name, amp=-12, port=0.0,
external = {"scale" : 1.0,
"bias" : 0.0,
"pitch" : 0.0,
"mod" : 0.0},
lfo = {"freq" : 5.0,
"delay" : 0.0,
"vsens" : 0.1,
"vdepth" : 0.0},
efx = {"attack" : 0.00,
"decay1" : 0.00,
"decay2" : 0.00,
"release" : 0.00,
"breakPoinit" : 1.0,
"sustain" : 1.0,
"env-cycle" : False,
"lfo-ratio" : 1.0,
"flanger-delay" : 0.05,
"flanger-feedback" : 0.0,
"flanger-lfo-depth" : 0.0,
"ps-ratio" : 2.0,
"ps-pitch-dispersion" : 0.0,
"ps-time-dispersion" : 0.0,
"ps-lfo-depth" : 0.0,
"efx-mix" : 0.0,
"efx-amp" : 0.0},
op1 = {"enable" : True,
"ratio" : 1.0,
"bias" : 0.0,
"amp" : 0, # in DB
"attack" : 0.0,
"decay1" : 0.0,
"decay2" : 0.0,
"release" : 0.0,
"breakpoint" : 1.0,
"sustain" : 1.0,
"env-cycle" : False,
"break-key" : 60,
"left-scale" : 0,
"right-scale" : 0,
"lfo" : 0.0,
"velocity" : 0.0},
op2 = {"enable" : True,
"ratio" : 1.0,
"bias" : 0.0,
"amp" : 0.0, # modulation depth
"modRange" : 1, # powers of 10
"attack" : 0.0,
"decay1" : 0.0,
"decay2" : 0.0,
"release" : 0.0,
"breakpoint" : 1.0,
"sustain" : 1.0,
"env-cycle" : False,
"break-key" : 60,
"left-scale" : 0,
"right-scale" : 0,
"lfo" : 0.0,
"velocity" : 0.0,
"feedback" : 0.0}):
p = FM2(name)
p["amp"] = int(db_to_amp(amp))
p["port"] = float(port)
acc = _fill_external_params(external)
acc.update(_fill_lfo_params(lfo))
acc.update(_fill_efx(efx))
acc.update(_fill_op1_params(op1))
acc.update(_fill_op2_params(op2))
for param,value in acc.items():
p[param] = value
program_bank[slot] = p
return p
def _fill_op1_params(d):
rs = _fill_common_op_params(1, d)
rs.update(_fill_envelope_params(1, d))
rs["amp"] = int(db_to_amp(d.get("amp", 0)))
return rs
def set_channel_params(prefix,chanlist):
program["gain%s" % prefix] = db_to_amp(chanlist[0])
program["mod%s" % prefix] = chanlist[1]
program["pan%s" % prefix] = chanlist[2]
program["mute%s" % prefix] = chanlist[3]
def _db(d, param):
v = clip(int(db_to_amp(d.get(param, 0))), 0, 2)
return v
def fm2(
slot,
name,
amp=-12,
port=0.0,
external={
"scale": 1.0,
"bias": 0.0,
"pitch": 0.0,
"mod": 0.0
},
lfo={
"freq": 5.0,
"delay": 0.0,
"vsens": 0.1,
"vdepth": 0.0
},
efx={
"attack": 0.00,
"decay1": 0.00,
"decay2": 0.00,
"release": 0.00,
"breakPoinit": 1.0,
"sustain": 1.0,
"env-cycle": False,
"lfo-ratio": 1.0,
"flanger-delay": 0.05,
"flanger-feedback": 0.0,
"flanger-lfo-depth": 0.0,
"ps-ratio": 2.0,
"ps-pitch-dispersion": 0.0,
"ps-time-dispersion": 0.0,
"ps-lfo-depth": 0.0,
"efx-mix": 0.0,
"efx-amp": 0.0
},
op1={
"enable": True,
"ratio": 1.0,
"bias": 0.0,
"amp": 0, # in DB
"attack": 0.0,
"decay1": 0.0,
"decay2": 0.0,
"release": 0.0,
"breakpoint": 1.0,
"sustain": 1.0,
"env-cycle": False,
"break-key": 60,
"left-scale": 0,
"right-scale": 0,
"lfo": 0.0,
"velocity": 0.0
},
op2={
"enable": True,
"ratio": 1.0,
"bias": 0.0,
"amp": 0.0, # modulation depth
"modRange": 1, # powers of 10
"attack": 0.0,
"decay1": 0.0,
"decay2": 0.0,
"release": 0.0,
"breakpoint": 1.0,
"sustain": 1.0,
"env-cycle": False,
"break-key": 60,
"left-scale": 0,
"right-scale": 0,
"lfo": 0.0,
"velocity": 0.0,
"feedback": 0.0
}):
p = FM2(name)
p["amp"] = int(db_to_amp(amp))
p["port"] = float(port)
acc = _fill_external_params(external)
acc.update(_fill_lfo_params(lfo))
acc.update(_fill_efx(efx))
acc.update(_fill_op1_params(op1))
acc.update(_fill_op2_params(op2))
for param, value in acc.items():
p[param] = value
program_bank[slot] = p
return p
def _db(d, param):
v = clip(int(db_to_amp(d.get(param, 0))), 0, 2)
return v
def klstr(
slot,
name,
amp=-12,
lfo={
"freq": 1.00,
"ratio": 1.00,
"xmod": 0.00,
"delay": 0.00,
"depth": 1.00,
"vibrato": 0.00
},
env={
"gated": True,
"attack": 0.00,
"decay": 0.00,
"sustain": 1.00,
"release": 0.00
},
spread={
"depth": 0.0,
"lfo": 0.0,
"env": 0.0
},
cluster={
"depth": 1.0,
"lfo": 0.0,
"env": 0.0,
"lag": 0.0
},
filter_={
"freq": 100,
"lfo": 0,
"env": 7000,
"lag": 0.0,
"res": 0.5,
"mix": 1.0
},
external={
"spread": 0.0,
"noise": 0.0,
"filter": 0.0,
"scale": 1.0,
"bias": 0.0
},
pw=0.5,
pwLfo=0.0,
noise=-99,
remarks=""):
p = Klstr(name)
p.performance = performance()
p["amp"] = db_to_amp(amp)
p["lfoFreq"] = float(clip(lfo.get("freq", 1.0), 0.01, 100))
p["lfo2FreqRatio"] = float(clip(lfo.get("lfo2FreqRatio", 1.0), 0.01, 100))
p["lfoXMod"] = float(clip(lfo.get("xmod", 0), 0, 100))
p["lfoDelay"] = float(clip(lfo.get("delay", 0), 0, 8))
p["vibrato"] = float(clip(lfo.get("vibrato", 0), 0, 1))
p["pw"] = float(clip(pw, 0, 1))
p["pwLfo"] = float(clip(pwLfo, 0, 1))
p["attack"] = float(clip(env.get("attack", 0), 0, 32))
p["decay"] = float(clip(env.get("decay", 0), 0, 32))
p["release"] = float(clip(env.get("release", 0), 0, 32))
p["sustain"] = float(clip(env.get("sustain", 0), 0, 1))
if env.get("gatted", True):
env_mode = 0
else:
env_mode = 1
p["envMode"] = env_mode
p["spread"] = float(clip(spread.get("depth"), 0, 4))
p["spreadLfo"] = float(clip(spread.get("lfo"), 0, 4))
p["spreadEnv"] = float(clip(spread.get("env"), 0, 4))
p["cluster"] = float(clip(cluster.get("depth"), 0, 16))
p["clusterLfo"] = float(clip(cluster.get("lfo"), 0, 16))
p["clusterEnv"] = float(clip(cluster.get("env"), -16, 16))
p["cluserLag"] = float(clip(cluster.get("lag"), 0, 1))
p["filterFreq"] = int(clip(filter_.get("freq", 100), 100, 16000))
p["filterLfo"] = int(clip(filter_.get("lfo", 0), -9999, 9999))
p["filterEnv"] = int(clip(filter_.get("env", 7000), -9999, 9999))
p["filterLag"] = float(clip(filter_.get("lag"), 0, 1))
p["res"] = float(clip(filter_.get("res"), 0, 1))
p["filterMix"] = float(clip(filter_.get("mix", 1.0), 0, 1))
p["noise"] = db_to_amp(noise)
p["xScale"] = float(clip(external.get("scale", 1.0), 0, 4))
p["xBias"] = float(clip(external.get("bias", 0.0), -4, +4))
p["xToSpread"] = float(clip(external.get("spread", 0), 0, 1))
p["xToNoise"] = float(clip(external.get("noise", 0), 0, 1))
p["xToFilter"] = float(clip(external.get("filter", 0), 0, 1))
p.remarks = remarks
program_bank[slot] = p
return p