def plucked_glass(length,freq):
sig=mix(
sf.Pcnt50(stretched_bass(length,freq,z=3.5,s=1.005,d=1.00,at=3000)),
sf.Pcnt50(stretched_bass(length,freq,z=3.5,s=1.005, d=1.00,at=1500))
)
sig=sf.Multiply(
sig,
sf.NumericShape((0,0.5),(16,1),(length,1))
)
sig=sf.BesselLowPass(sig,freq*5,1)
sig=sf.Multiply(
sig,
sf.DirectMix(1,sf.Pcnt5(sf.SineWave(length,16+random.random()*8.0)))
)
sig=sf.RBJPeaking(sig,freq*5,0.5,5)
start=sf.Multiply(
mix(
sf.FixSize(sf.MakeSawTooth(sf.SineWave(length,120))),
sf.FixSize(sf.MakeSawTooth(sf.SineWave(length,freq*0.75))),
sf.FixSize(sf.MakeSawTooth(sf.SineWave(length,freq**0.5)))
),
sf.SimpleShape((0,1.0),(16,-30),(32,-60),(length,-99))
)
start=sf.Multiply(
start,
sf.NumericShape((0,0),(16,1),(length,0),(length*0.5,0))
)
start=sf.Clean(start)
conv =clean_noise(64,32)
conv =sf.Multiply(
sf.SimpleShape((0,-12),(60,-60),(66,-60)),
conv
)
conv=sf.Multiply(
conv,
sf.NumericShape((0,0),(60,1),(66,0))
)
conv=reverberate(start,conv)
conv=sf.Multiply(
conv,
sf.SimpleShape((0,1.0),(16,-30),(32,-60),(length,-99))
)
sig=mix(sf.FixSize(sig),sf.Pcnt50(sf.FixSize(conv)))
sig=sf.Cut(0,length,sig)
return sf.FixSize(polish(sig,64))
sig=sf.Mix(
sf.Pcnt10(sf.FixSize(sf.WaveShaper(-0.03*q,0.2*q,0,-1.0*q,0.2*q,2.0*q,+sig))),
sig
)
sig=sf.RBJPeaking(sig,64,2,2)
damp=sf.BesselLowPass(+sig,2000,1)
sig=sf.FixSize(sf.Mix(damp,sig))
low=sf.BesselLowPass(+sig,256,4)
m1=sf.Magnitude(+low)
low=sf.FixSize(low)
low=sf.Saturate(low)
m2=sf.Magnitude(+low)
low=sf.NumericVolume(low,m1/m2)
sig=sf.BesselHighPass(sig,256,4)
sig=sf.Mix(low,sig)
sig=highDamp(sig,5000,0.66)
return sf.FixSize(sf.Clean(sig))
(left,right)=sf.ReadFile("temp/a.wav")
left,right = (lowBoost(left),lowBoost(right))
left,right = (sf.Finalise(left),sf.Finalise(right))
left =excite(left ,0.5,1.05,1.5,1.0)
right=excite(right,0.5,1.05,1.5,1.0)
#left,right = (highDamp(left,8000,0.5),highDamp(right,8000,0.5))
con=sf.ReadFile("temp/RCA_44BX_2.wav")[0]
left =reverberate(left, +con)
right=reverberate(right,+con)
left = sf.Finalise(left)
right = sf.Finalise(right)
sf.WriteFile32((left,right),"temp/c.wav")
def play_string_clean(a, length, pitch, whiteAmount):
def rsd():
return raw_string(length, pitch)
signal = 0
if (pitch > 500):
signal = sf.FixSize(sf.Mix(sf_do(rsd), sf_do(rsd), sf_do(rsd)))
else:
signal = sf.FixSize(sf.Mix(sf_do(rsd), sf_do(rsd)))
if not bright:
if (pitch > 440):
signal = sf.ButterworthHighPass(signal, pitch * 0.5, 6)
signal = sf.ButterworthHighPass(signal, 2000, 1)
signal = sf.ButterworthLowPass(signal, 8000, 1)
if (pitch < 128):
signal = sf.ButterworthHighPass(signal, pitch * 0.5, 1)
signal = sf.ButterworthHighPass(signal, 500, 1)
signal = sf.ButterworthLowPass(signal, 2000, 1)
else:
signal = sf.ButterworthHighPass(signal, pitch * 0.5, 3)
signal = sf.ButterworthHighPass(signal, 1500, 1)
signal = sf.ButterworthLowPass(signal, 4000, 1)
signal = sf.ButterworthLowPass(signal, pitch * 10.0, 1)
signal = sf.Mix(sf.Pcnt25(+signal),
sf.Pcnt75(sf.RBJNotch(signal, pitch, 0.5)))
white = sf.WhiteNoise(length)
white = sf.ButterworthHighPass(white, pitch * 2.0, 2)
white = sf.ButterworthLowPass(white, pitch * 6.0, 1)
white = sf.FixSize(white)
white = sf.Multiply(white, +signal)
white = sf.LinearVolume(white, whiteAmount)
signal = sf.LinearVolume(signal, 1.0 - whiteAmount)
signal = sf.FixSize(sf.Mix(signal, white))
sq = sf.Mix(sf.PhasedSineWave(length, pitch * 0.95, random.random()),
sf.PhasedSineWave(length, pitch * 1.05, random.random()))
envb = sf.LinearShape((0, 0.25), (a, 0), (length, 0))
sq = sf.Multiply(envb, sf.FixSize(sq))
enva = sf.LinearShape((0, 0.75), (a, 1), (length, 1))
signal = sf.Multiply(enva, signal)
signal = sf.Mix(sq, sf.FixSize(signal))
env = sf.LinearShape((0, 0), (16, 1), (length - 16, 1), (length, 0))
signal = sf.Multiply(env, signal)
sigs = []
bodies = []
if (pitch < 128):
bodies = bassIRs
elif (pitch < 440):
bodies = celloIRs
else:
bodies = violinIRs
if bright:
bs = []
for b in bodies:
bs.append(sf.Power(b, 1.25))
bodies = bs
signal = sf.Power(signal, 1.5)
for body in bodies:
sigs.append(reverberate(+signal, +body))
-signal
signal = sf.FixSize(sf.Mix(sigs))
return signal
def play_string_clean(a,length,pitch,whiteAmount):
def rsd():
return raw_string(length,pitch)
signal=0
if(pitch>500):
signal=sf.FixSize(sf.Mix(sf_do(rsd),sf_do(rsd),sf_do(rsd)))
else:
signal=sf.FixSize(sf.Mix(sf_do(rsd),sf_do(rsd)))
if not bright:
if(pitch>440):
signal=sf.ButterworthHighPass(signal,pitch*0.5,6)
signal=sf.ButterworthHighPass(signal,2000,1)
signal=sf.ButterworthLowPass(signal,8000,1)
if(pitch<128):
signal=sf.ButterworthHighPass(signal,pitch*0.5,1)
signal=sf.ButterworthHighPass(signal,500,1)
signal=sf.ButterworthLowPass(signal,2000,1)
else:
signal=sf.ButterworthHighPass(signal,pitch*0.5,3)
signal=sf.ButterworthHighPass(signal,1500,1)
signal=sf.ButterworthLowPass(signal,4000,1)
signal=sf.ButterworthLowPass(signal,pitch*10.0,1)
signal=sf.Mix(
sf.Pcnt25(+signal),
sf.Pcnt75(sf.RBJNotch(signal,pitch,0.5))
)
white=sf.WhiteNoise(length)
white=sf.ButterworthHighPass(white,pitch*2.0,2)
white=sf.ButterworthLowPass(white,pitch*6.0,1)
white=sf.FixSize(white)
white=sf.Multiply(white,+signal)
white=sf.LinearVolume(white,whiteAmount)
signal=sf.LinearVolume(signal,1.0-whiteAmount)
signal=sf.FixSize(sf.Mix(signal,white))
sq=sf.Mix(
sf.PhasedSineWave(length,pitch*0.95,random.random()),
sf.PhasedSineWave(length,pitch*1.05,random.random())
)
envb=sf.LinearShape((0,0.25),(a,0),(length,0))
sq=sf.Multiply(envb,sf.FixSize(sq))
enva=sf.LinearShape((0,0.75),(a,1),(length,1))
signal=sf.Multiply(enva,signal)
signal=sf.Mix(sq,sf.FixSize(signal))
env=sf.LinearShape((0,0),(16,1),(length-16,1),(length,0))
signal=sf.Multiply(env,signal)
sigs=[]
bodies=[]
if(pitch<128):
bodies=bassIRs
elif(pitch<440):
bodies=celloIRs
else:
bodies=violinIRs
if bright:
bs=[]
for b in bodies:
bs.append(sf.Power(b,1.25))
bodies=bs
signal=sf.Power(signal,1.5)
for body in bodies:
sigs.append(reverberate(+signal,+body))
-signal
signal=sf.FixSize(sf.Mix(sigs))
return signal
sf.FixSize(
sf.WaveShaper(-0.03 * q, 0.2 * q, 0, -1.0 * q, 0.2 * q,
2.0 * q, +sig))), sig)
sig = sf.RBJPeaking(sig, 64, 2, 2)
damp = sf.BesselLowPass(+sig, 2000, 1)
sig = sf.FixSize(sf.Mix(damp, sig))
low = sf.BesselLowPass(+sig, 256, 4)
m1 = sf.Magnitude(+low)
low = sf.FixSize(low)
low = sf.Saturate(low)
m2 = sf.Magnitude(+low)
low = sf.LinearVolume(low, m1 / m2)
sig = sf.BesselHighPass(sig, 256, 4)
sig = sf.Mix(low, sig)
sig = highDamp(sig, 5000, 0.66)
return sf.FixSize(sf.Clean(sig))
(left, right) = sf.ReadFile("temp/a.wav")
left, right = (lowBoost(left), lowBoost(right))
left, right = (sf.Finalise(left), sf.Finalise(right))
left = excite(left, 0.5, 1.05, 1.5, 1.0)
right = excite(right, 0.5, 1.05, 1.5, 1.0)
#left,right = (highDamp(left,8000,0.5),highDamp(right,8000,0.5))
con = sf.ReadFile("temp/RCA_44BX_2.wav")[0]
left = reverberate(left, +con)
right = reverberate(right, +con)
left = sf.Finalise(left)
right = sf.Finalise(right)
sf.WriteFile32((left, right), "temp/c.wav")
