def pp(program, slot=127):
pad = ' '*5
acc = 'asplit(%d, "%s",\n' % (slot, program.name)
for b in 'ABCD':
if b == ' ': b = ''
param = 'gain%s' % b
db = int(amp_to_db(program[param]))
acc += '%s%s = %+3d, ' % (pad, param, db)
param = 'unmute%s' % b
v = int(program[param])
acc += '%s = %d,\n' % (param, v)
db = int(amp_to_db(program["gain"]))
acc += '%sgain = %+3d, ' % (pad, db)
v = int(program["unmute"])
acc += 'unmute = %d)\n' % v
return acc
def pp(program, slot=12):
def fval(key):
return float(program[key])
def ival(key):
return int(program[key])
pad = ' '*5
frmt = 'carnal(%d, "%s", amp=%d,\n'
data = (slot, program.name, int(amp_to_db(fval("amp"))))
acc = frmt % data
frmt = '%sdelayTime=%5.3f, xDelay=%5.3f,\n'
data = (pad, fval('delayTime'), fval('xDelayMod'))
acc += frmt % data
frmt = '%swow=%5.3f, wowFreq=%5.3f, flutter=%5.3f,\n'
data = (pad, fval('wow'), fval('wowFreq'), fval('flutter'))
acc += frmt % data
frmt = '%sfeedback=%5.3f, gain=%5.3f, threshold=%5.3f,\n'
data = (pad, fval('feedback'), fval('gain'), fval('threshold'))
acc += frmt % data
frmt = '%seq=[%d, %d],\n'
data = (pad, ival('lowcut'), ival('highcut'))
acc += frmt % data
frmt = '%swetMix=%5.3f, xWetMix=%5.3f)\n'
data = (pad, fval('efxMix'), fval('xEfxMix'))
acc += frmt % data
return acc
def pp(program, slot=12):
def fval(key):
return float(program[key])
def ival(key):
return int(program[key])
pad = ' ' * 5
frmt = 'carnal(%d, "%s", amp=%d,\n'
data = (slot, program.name, int(amp_to_db(fval("amp"))))
acc = frmt % data
frmt = '%sdelayTime=%5.3f, xDelay=%5.3f,\n'
data = (pad, fval('delayTime'), fval('xDelayMod'))
acc += frmt % data
frmt = '%swow=%5.3f, wowFreq=%5.3f, flutter=%5.3f,\n'
data = (pad, fval('wow'), fval('wowFreq'), fval('flutter'))
acc += frmt % data
frmt = '%sfeedback=%5.3f, gain=%5.3f, threshold=%5.3f,\n'
data = (pad, fval('feedback'), fval('gain'), fval('threshold'))
acc += frmt % data
frmt = '%seq=[%d, %d],\n'
data = (pad, ival('lowcut'), ival('highcut'))
acc += frmt % data
frmt = '%swetMix=%5.3f, xWetMix=%5.3f)\n'
data = (pad, fval('efxMix'), fval('xEfxMix'))
acc += frmt % data
return acc
def pp(program, slot=127):
pad = ' ' * 5
acc = 'asplit(%d, "%s",\n' % (slot, program.name)
for b in 'ABCD':
if b == ' ': b = ''
param = 'gain%s' % b
db = int(amp_to_db(program[param]))
acc += '%s%s = %+3d, ' % (pad, param, db)
param = 'unmute%s' % b
v = int(program[param])
acc += '%s = %d,\n' % (param, v)
db = int(amp_to_db(program["gain"]))
acc += '%sgain = %+3d, ' % (pad, db)
v = int(program["unmute"])
acc += 'unmute = %d)\n' % v
return acc
def pp(program, slot=127):
pad = ' ' * 5
acc = 'panner(%d, "%s",\n' % (slot, program.name)
acc += '%samp = %d,\n' % (pad, int(amp_to_db(program['amp'])))
acc += '%spos = %5.3f,\n' % (pad, float(program['pos']))
acc += '%slfoFreq = %5.3f,\n' % (pad, float(program['lfoFreq']))
acc += '%slfoDepth = %5.3f,\n' % (pad, float(program['lfoDepth']))
acc += '%sxscale = %5.3f,\n' % (pad, float(program['xscale']))
acc += '%sxbias = %5.3f)\n' % (pad, float(program['xbias']))
return acc
def amp_to_mix_aspect(amp):
amp = abs(amp)
if amp == 0:
return 0
else:
db = amp_to_db(amp)
if db < -9:
a,b = 2.51,121.6
else:
a,b = 11,199.0
pos = a*db+b
return int(min(pos, 199))
def amp_to_mix_aspect(amp):
amp = abs(amp)
if amp == 0:
return 0
else:
db = amp_to_db(amp)
if db < -9:
a, b = 2.51, 121.6
else:
a, b = 11, 199.0
pos = a * db + b
return int(min(pos, 199))
def amp_to_mix_aspect(amp):
"""
Converts gain ratio to slider position.
Used with slider like gain controls.
The response is non-linear, see mix_aspect_to_amp
"""
amp = abs(amp)
if amp == 0:
return 0
else:
db = amp_to_db(amp)
if db < -9:
a,b = 2.51,121.6
else:
a,b = 11,199.0
pos = a*db+b
return int(min(pos, 199))
def pp(program, slot=127):
def fval(key):
return float(program[key])
pad = ' '*5
frmt = 'trrm(%d, "%s", amp=%d,\n'
data = (slot, program.name, int(amp_to_db(program['amp'])))
acc = frmt % data
frmt = '%slfo = [%5.3f, %5.3f],\n'
data = (pad, fval('lfoFreq'), fval('modDepth'))
acc += frmt % data
frmt = '%sxtern = [%5.3f, %5.3f, %5.3f],\n'
data = (pad, fval('xDepth'), fval('xLfoFreq'), fval('xLfoAmp'))
acc += frmt % data
frmt = '%slimit = %5.3f)\n'
data = (pad, fval('limit'))
acc += frmt % data
return acc
def pp(program, slot=127):
def fval(key):
return float(program[key])
pad = ' '*5
frmt = 'trrm(%d, "%s", amp=%d,\n'
data = (slot, program.name, int(amp_to_db(program['amp'])))
acc = frmt % data
frmt = '%slfo = [%5.3f, %5.3f],\n'
data = (pad, fval('lfoFreq'), fval('modDepth'))
acc += frmt % data
frmt = '%sxtern = [%5.3f, %5.3f, %5.3f],\n'
data = (pad, fval('xDepth'), fval('xLfoFreq'), fval('xLfoAmp'))
acc += frmt % data
frmt = '%slimit = %5.3f)\n'
data = (pad, fval('limit'))
acc += frmt % data
return acc
def amp_to_volume_aspect(amp):
amp = abs(amp)
if amp == 0:
return 0
else:
db = int(amp_to_db(amp))
if db >= 6:
aspect = 199
elif db >= 3:
aspect = 185
elif db >= 0:
aspect = 175
elif -12 <= db:
aspect = 7.42*db + 170
elif -48 <= db:
aspect = 2.2*db + 106.4
else:
aspect = 0
return int(aspect)
def amp_to_volume_aspect(amp):
amp = abs(amp)
if amp == 0:
return 0
else:
db = int(amp_to_db(amp))
if db >= 6:
aspect = 199
elif db >= 3:
aspect = 185
elif db >= 0:
aspect = 175
elif -12 <= db:
aspect = 7.42 * db + 170
elif -48 <= db:
aspect = 2.2 * db + 106.4
else:
aspect = 0
return int(aspect)
def pp(program, slot=127):
def fval(key):
return float(program[key])
def ival(key):
return int(program[key])
pad = ' '*5
frmt = 'flngr(%d, "%s", amp=%d, efxMix=%5.3f,\n'
data = (slot, program.name, int(amp_to_db(program["amp"])), fval("efxMix"))
acc = frmt % data
frmt = '%sdelay=%5.3f, modDepth=%5.3f, modFreq=%5.3f,\n'
data = (pad, fval("delay"), fval("imodDepth"), fval("imodFreq"))
acc += frmt % data
frmt = '%sfeedback=%5.3f, loweq=%d, higheq=%d,\n'
data = (pad, fval("feedback"),ival("feedbackLowpass"),
ival("feedbackHighpass"))
acc += frmt % data
frmt = '%sxmodDepth = %5.3f, xmixScale = %5.3f)\n'
data = (pad, fval("xmodDepth"), fval("xmixScale"))
acc += frmt % data
return acc
def pp(program, slot=127):
def fval(key):
return float(program[key])
def ival(key):
return int(program[key])
pad = ' ' * 5
frmt = 'flngr(%d, "%s", amp=%d, efxMix=%5.3f,\n'
data = (slot, program.name, int(amp_to_db(program["amp"])), fval("efxMix"))
acc = frmt % data
frmt = '%sdelay=%5.3f, modDepth=%5.3f, modFreq=%5.3f,\n'
data = (pad, fval("delay"), fval("imodDepth"), fval("imodFreq"))
acc += frmt % data
frmt = '%sfeedback=%5.3f, loweq=%d, higheq=%d,\n'
data = (pad, fval("feedback"), ival("feedbackLowpass"),
ival("feedbackHighpass"))
acc += frmt % data
frmt = '%sxmodDepth = %5.3f, xmixScale = %5.3f)\n'
data = (pad, fval("xmodDepth"), fval("xmixScale"))
acc += frmt % data
return acc
def amp_to_volume_aspect(amp):
"""
Converts gain factor to controller aspect.
Used with slider like volume controls.
See volume_aspect_to_amp
"""
amp = abs(amp)
if amp == 0:
return 0
else:
db = int(amp_to_db(amp))
if db >= 6:
aspect = 199
elif db >= 3:
aspect = 185
elif db >= 0:
aspect = 175
elif -12 <= db:
aspect = 7.42*db + 170
elif -48 <= db:
aspect = 2.2*db + 106.4
else:
aspect = 0
return int(aspect)
def enter_callback(*_):
amp = float(s.value())
db = int(amp_to_db(amp))
frmt = "[%s] -> %5.3f (%d db)"
msg = frmt % (param, amp, db)
editor.status(msg)
def amp_to_db(amp):
return int(math.amp_to_db(amp))
def amp_to_db(amp):
return int(math.amp_to_db(amp))
def db(key):
return int(amp_to_db(program[key]))
def enter_callback(*_):
amp = float(s.value())
db = int(amp_to_db(amp))
frmt = "[%s] -> %5.3f (%d db)"
msg = frmt % (param, amp, db)
editor.status(msg)
