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30382d928ee98dff18198121dde5790a28d90e4de0006b122074f6bcf5f3a3cf | webaudiomodules/wam-examples | StonePhaserStereo.dsp | declare name "Stone Phaser";
declare author "Jean Pierre Cimalando";
declare version "1.2.2";
declare license "CC0-1.0";
// Référence :
// Kiiski, R., Esqueda, F., & Välimäki, V. (2016).
// Time-variant gray-box modeling of a phaser pedal.
// In 19th International Conference on Digital Audio Effects (DAFx-16).
import("stdfaust.lib");
/////////////
// Control //
/////////////
bypass = checkbox("[0] Bypass [symbol:bypass]");
color = checkbox("[1] Color [symbol:color]");
lf = hslider("[2] LFO [symbol:lfo_frequency] [unit:Hz] [scale:log] [style:knob]", 0.2, 0.01, 5., 0.01) : tsmooth;
fb = hslider("[3] Feedback [symbol:feedback_depth] [unit:%] [integer] [style:knob]", 75, 0, 99, 1) : *(0.01) : tsmooth;
fbHf = hslider("[4] Lo-cut [abbrev:Fb bass cut] [symbol:feedback_hpf_cutoff] [unit:Hz] [scale:log] [style:knob]", 500., 10., 5000., 1.) : tsmooth;
dw = hslider("[5] Mix [symbol:mix] [unit:%] [integer] [style:knob]", 50, 0, 100, 1) : *(0.01);
ph = hslider("[6] Stereo phase [symbol:stereo_phase] [unit:deg] [integer] [style:knob]", 0., -180., +180., 1.) : /(360.) : +(1.) : tsmooth;
w = sin(dw*(ma.PI/2)) : tsmooth;
d = cos(dw*(ma.PI/2)) : tsmooth;
//////////////////////////
// All-pass filter unit //
//////////////////////////
allpass1(f) = fi.iir((a,1.),(a)) with {
a = -1.+2.*ma.PI*f/ma.SR;
};
//////////////////////
// High-pass filter //
//////////////////////
highpass1(f) = fi.iir((0.5*(1.+p), -0.5*(1.+p)), (-p)) with {
p = exp(-2.*ma.PI*f/ma.SR);
};
//////////////////////
// Low-pass filter //
//////////////////////
lowpass1(f) = fi.iir((1.-p), (-p)) with {
p = exp(-2.*ma.PI*f/ma.SR);
};
////////////////////////////////////////////
// Smooth filter with fixed time constant //
////////////////////////////////////////////
tsmooth = si.smooth(ba.tau2pole(t)) with { t = 100e-3; };
//////////
// LFOs //
//////////
lfoTriangle(pos, y1, y2) = val*(y2-y1)+y1 with {
val = 1.-abs(2.*pos-1.);
};
lfoRectifiedSine(pos, y1, y2) = val*(y2-y1)+y1 with {
val = rsin(pos);
};
lfoAnalogTriangle(roundness, pos, y1, y2) = val*(y2-y1)+y1 with {
val = sineTri(roundness, pos);
};
lfoExponentialTriangle(roundness, slopeUp, slopeDown, pos, y1, y2) = val*(y2-y1)+y1 with {
val = expTri(roundness, slopeUp, slopeDown, pos);
};
////////////
// Phaser //
////////////
mono_phaser(x, lfo_pos) = (fadeBypass * x) + (1. - fadeBypass) * (dry + wet) with {
dry = x*d;
wet = (x <: highpass1(33.0) : (+:a1:a2:a3:a4)~feedback)*w;
fadeBypass = bypass : tsmooth;
colorFb = ba.if(color, fb, 0.1*fb) : tsmooth;
feedback = highpass1(fbHf) : *(colorFb);
lfoLoF = ba.if(color, ba.hz2midikey(80.), ba.hz2midikey(300.)) : tsmooth;
lfoHiF = ba.if(color, ba.hz2midikey(2200.), ba.hz2midikey(6000.)) : tsmooth;
modFreq = ba.midikey2hz(lfoAnalogTriangle(0.95, lfo_pos, lfoLoF, lfoHiF));
//modFreq = ba.midikey2hz(lfoExponentialTriangle(128., 0.6, 0.9, lfo_pos, lfoLoF, lfoHiF));
a1 = allpass1(modFreq);
a2 = allpass1(modFreq);
a3 = allpass1(modFreq);
a4 = allpass1(modFreq);
};
stereo_phaser(x1, x2, lfo_pos) = mono_phaser(x1, lfo_pos), mono_phaser(x2, lfo_pos2) with {
lfo_pos2 = wrap(lfo_pos + ph);
wrap(p) = p-float(int(p));
};
/////////////
// Utility //
/////////////
lerp(tab, pos, size) = (tab(i1), tab(i2)) : si.interpolate(mu) with {
fracIndex = pos*size;
i1 = int(fracIndex);
i2 = (i1+1)%size;
mu = fracIndex-float(i1);
};
rsin(pos) = lerp(tab, pos, ts) with {
ts = 128;
tab(i) = rdtable(ts, abs(os.sinwaveform(ts)), i);
};
sineTriWaveform(roundness, tablesize) = 1.-sin(2.*ba.if(x<0.5, x, 1.-x)*asin(a))/a with {
a = max(0., min(1., roundness * 0.5 + 0.5));
x = wrap(float(ba.time)/float(tablesize));
wrap(p) = p-float(int(p));
};
sineTri(roundness, pos) = lerp(tab, pos, ts) with {
ts = 128;
tab(i) = rdtable(ts, sineTriWaveform(roundness, ts), i);
};
/*
# Gnuplot code of the sineTri function
sineTri(r, x)=sineTri_(r, wrap(x+0.5))
sineTri_(r, x)=1.-sin(((x<0.5)?x:(1.-x))*2.*asin(r))/r
wrap(x)=x-floor(x)
set xrange [0:1]
plot(sineTri(0.99, x))
*/
expTriWaveform(roundness, slopeUp, slopeDown, tablesize) = ba.if(x<0.5, expUp, expDown) with {
normExp(a, b, x) = (1.-pow(a, -b*x))/(1.-pow(a, -b));
expUp = 1.-normExp(roundness, slopeUp, (-x+0.5)*2);
expDown = 1.-normExp(roundness, slopeDown, (x-0.5)*2);
x = wrap(float(ba.time)/float(tablesize));
wrap(p) = p-float(int(p));
};
expTri(roundness, slopeUp, slopeDown, pos) = lerp(tab, pos, ts) with {
ts = 128;
tab(i) = rdtable(ts, expTriWaveform(roundness, slopeUp, slopeDown, ts), i);
};
/*
# Gnuplot code of the expTri function
roundness=128
slopeUp = 0.6
slopeDown = 0.9
normExp(a,b,x)=(1.-a**-(b*x))/(1.-a**-b)
set xrange [0:1]
plot (x<0.5) ? (1.-normExp(roundness, slopeUp, (-x+0.5)*2)) : (1.-normExp(roundness, slopeDown, (x-0.5)*2))
*/
//////////
// Main //
//////////
process_mono(x) = mono_phaser(x, os.lf_sawpos(lf));
process_stereo(x1, x2) = stereo_phaser(x1, x2, os.lf_sawpos(lf));
process = process_stereo; | https://raw.githubusercontent.com/webaudiomodules/wam-examples/ebf5ed23d7543411901b24f12c48164fac9e78bf/packages/StonePhaserStereo/StonePhaserStereo.dsp | faust | Référence :
Kiiski, R., Esqueda, F., & Välimäki, V. (2016).
Time-variant gray-box modeling of a phaser pedal.
In 19th International Conference on Digital Audio Effects (DAFx-16).
///////////
Control //
///////////
////////////////////////
All-pass filter unit //
////////////////////////
////////////////////
High-pass filter //
////////////////////
////////////////////
Low-pass filter //
////////////////////
//////////////////////////////////////////
Smooth filter with fixed time constant //
//////////////////////////////////////////
////////
LFOs //
////////
//////////
Phaser //
//////////
modFreq = ba.midikey2hz(lfoExponentialTriangle(128., 0.6, 0.9, lfo_pos, lfoLoF, lfoHiF));
///////////
Utility //
///////////
# Gnuplot code of the sineTri function
sineTri(r, x)=sineTri_(r, wrap(x+0.5))
sineTri_(r, x)=1.-sin(((x<0.5)?x:(1.-x))*2.*asin(r))/r
wrap(x)=x-floor(x)
set xrange [0:1]
plot(sineTri(0.99, x))
# Gnuplot code of the expTri function
roundness=128
slopeUp = 0.6
slopeDown = 0.9
normExp(a,b,x)=(1.-a**-(b*x))/(1.-a**-b)
set xrange [0:1]
plot (x<0.5) ? (1.-normExp(roundness, slopeUp, (-x+0.5)*2)) : (1.-normExp(roundness, slopeDown, (x-0.5)*2))
////////
Main //
//////// | declare name "Stone Phaser";
declare author "Jean Pierre Cimalando";
declare version "1.2.2";
declare license "CC0-1.0";
import("stdfaust.lib");
bypass = checkbox("[0] Bypass [symbol:bypass]");
color = checkbox("[1] Color [symbol:color]");
lf = hslider("[2] LFO [symbol:lfo_frequency] [unit:Hz] [scale:log] [style:knob]", 0.2, 0.01, 5., 0.01) : tsmooth;
fb = hslider("[3] Feedback [symbol:feedback_depth] [unit:%] [integer] [style:knob]", 75, 0, 99, 1) : *(0.01) : tsmooth;
fbHf = hslider("[4] Lo-cut [abbrev:Fb bass cut] [symbol:feedback_hpf_cutoff] [unit:Hz] [scale:log] [style:knob]", 500., 10., 5000., 1.) : tsmooth;
dw = hslider("[5] Mix [symbol:mix] [unit:%] [integer] [style:knob]", 50, 0, 100, 1) : *(0.01);
ph = hslider("[6] Stereo phase [symbol:stereo_phase] [unit:deg] [integer] [style:knob]", 0., -180., +180., 1.) : /(360.) : +(1.) : tsmooth;
w = sin(dw*(ma.PI/2)) : tsmooth;
d = cos(dw*(ma.PI/2)) : tsmooth;
allpass1(f) = fi.iir((a,1.),(a)) with {
a = -1.+2.*ma.PI*f/ma.SR;
};
highpass1(f) = fi.iir((0.5*(1.+p), -0.5*(1.+p)), (-p)) with {
p = exp(-2.*ma.PI*f/ma.SR);
};
lowpass1(f) = fi.iir((1.-p), (-p)) with {
p = exp(-2.*ma.PI*f/ma.SR);
};
tsmooth = si.smooth(ba.tau2pole(t)) with { t = 100e-3; };
lfoTriangle(pos, y1, y2) = val*(y2-y1)+y1 with {
val = 1.-abs(2.*pos-1.);
};
lfoRectifiedSine(pos, y1, y2) = val*(y2-y1)+y1 with {
val = rsin(pos);
};
lfoAnalogTriangle(roundness, pos, y1, y2) = val*(y2-y1)+y1 with {
val = sineTri(roundness, pos);
};
lfoExponentialTriangle(roundness, slopeUp, slopeDown, pos, y1, y2) = val*(y2-y1)+y1 with {
val = expTri(roundness, slopeUp, slopeDown, pos);
};
mono_phaser(x, lfo_pos) = (fadeBypass * x) + (1. - fadeBypass) * (dry + wet) with {
dry = x*d;
wet = (x <: highpass1(33.0) : (+:a1:a2:a3:a4)~feedback)*w;
fadeBypass = bypass : tsmooth;
colorFb = ba.if(color, fb, 0.1*fb) : tsmooth;
feedback = highpass1(fbHf) : *(colorFb);
lfoLoF = ba.if(color, ba.hz2midikey(80.), ba.hz2midikey(300.)) : tsmooth;
lfoHiF = ba.if(color, ba.hz2midikey(2200.), ba.hz2midikey(6000.)) : tsmooth;
modFreq = ba.midikey2hz(lfoAnalogTriangle(0.95, lfo_pos, lfoLoF, lfoHiF));
a1 = allpass1(modFreq);
a2 = allpass1(modFreq);
a3 = allpass1(modFreq);
a4 = allpass1(modFreq);
};
stereo_phaser(x1, x2, lfo_pos) = mono_phaser(x1, lfo_pos), mono_phaser(x2, lfo_pos2) with {
lfo_pos2 = wrap(lfo_pos + ph);
wrap(p) = p-float(int(p));
};
lerp(tab, pos, size) = (tab(i1), tab(i2)) : si.interpolate(mu) with {
fracIndex = pos*size;
i1 = int(fracIndex);
i2 = (i1+1)%size;
mu = fracIndex-float(i1);
};
rsin(pos) = lerp(tab, pos, ts) with {
ts = 128;
tab(i) = rdtable(ts, abs(os.sinwaveform(ts)), i);
};
sineTriWaveform(roundness, tablesize) = 1.-sin(2.*ba.if(x<0.5, x, 1.-x)*asin(a))/a with {
a = max(0., min(1., roundness * 0.5 + 0.5));
x = wrap(float(ba.time)/float(tablesize));
wrap(p) = p-float(int(p));
};
sineTri(roundness, pos) = lerp(tab, pos, ts) with {
ts = 128;
tab(i) = rdtable(ts, sineTriWaveform(roundness, ts), i);
};
expTriWaveform(roundness, slopeUp, slopeDown, tablesize) = ba.if(x<0.5, expUp, expDown) with {
normExp(a, b, x) = (1.-pow(a, -b*x))/(1.-pow(a, -b));
expUp = 1.-normExp(roundness, slopeUp, (-x+0.5)*2);
expDown = 1.-normExp(roundness, slopeDown, (x-0.5)*2);
x = wrap(float(ba.time)/float(tablesize));
wrap(p) = p-float(int(p));
};
expTri(roundness, slopeUp, slopeDown, pos) = lerp(tab, pos, ts) with {
ts = 128;
tab(i) = rdtable(ts, expTriWaveform(roundness, slopeUp, slopeDown, ts), i);
};
process_mono(x) = mono_phaser(x, os.lf_sawpos(lf));
process_stereo(x1, x2) = stereo_phaser(x1, x2, os.lf_sawpos(lf));
process = process_stereo; |
45dc2b7d7b801f310cdca1bda2fd6d3e808cf0bb46174cdc4d3534082b09589c | inria-emeraude/syfala | karplus.dsp | import("stdfaust.lib");
// Karplus Strong (1/2)
process = ba.pulse(10000) :
+ ~ transformation;
transformation = @(hslider("delay", 128, 0, 200, 1)) : moyenne : *(hslider("gain", 0.98, -0.98, 0.98, 0.01));
moyenne(x) = (x+x')/2; | https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/examples/karplus.dsp | faust | Karplus Strong (1/2) | import("stdfaust.lib");
process = ba.pulse(10000) :
+ ~ transformation;
transformation = @(hslider("delay", 128, 0, 200, 1)) : moyenne : *(hslider("gain", 0.98, -0.98, 0.98, 0.01));
moyenne(x) = (x+x')/2; |
a5b21c7eaffce9511c212682d32ffbd68c1bb02c1b24b326f04f9ecf3c7789f1 | inria-emeraude/syfala | karplusTrig.dsp | import("stdfaust.lib");
// Karplus Strong (1/2)
process = (button("gate")'==0)&(button("gate")==1) :
+ ~ transformation;
transformation = @(hslider("delay", 128, 0, 200, 1)) : moyenne : *(hslider("gain", 0.98, -0.98, 0.98, 0.01));
moyenne(x) = (x+x')/2;
| https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/examples/karplusTrig.dsp | faust | Karplus Strong (1/2) | import("stdfaust.lib");
process = (button("gate")'==0)&(button("gate")==1) :
+ ~ transformation;
transformation = @(hslider("delay", 128, 0, 200, 1)) : moyenne : *(hslider("gain", 0.98, -0.98, 0.98, 0.01));
moyenne(x) = (x+x')/2;
|
82f06fc14f00f9137fb05d79d291d22dff89a9efc955a2f3881b938e9af97e72 | inria-emeraude/syfala | sinewave-biquad-inlined.dsp | import("stdfaust.lib");
freq = hslider("freq",440,50,1000,0.01);
nlf2(f,r,x) = ((_<:_,_),(_<:_,_) : (*(s),*(c),*(c),*(0-s)) :>
(*(r),+(x))) ~ cross
with {
th = 2*ma.PI*f/ma.SR;
c = cos(th);
s = sin(th);
cross = _,_ <: !,_,_,!;
};
impulse = 1-1';
process = impulse : nlf2(freq,1) : !,_ <: _,_;
| https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/examples/sinewave-biquad-inlined.dsp | faust | import("stdfaust.lib");
freq = hslider("freq",440,50,1000,0.01);
nlf2(f,r,x) = ((_<:_,_),(_<:_,_) : (*(s),*(c),*(c),*(0-s)) :>
(*(r),+(x))) ~ cross
with {
th = 2*ma.PI*f/ma.SR;
c = cos(th);
s = sin(th);
cross = _,_ <: !,_,_,!;
};
impulse = 1-1';
process = impulse : nlf2(freq,1) : !,_ <: _,_;
|
|
f5e6e3b6131c4c9a0d49677dacbab7968af5d27defa6d1c20b45f2d54934268d | inria-emeraude/syfala | sinewave-biquad-inlined.dsp | import("stdfaust.lib");
freq = hslider("freq [knob:1]",440,50,1000,0.01);
nlf2(f,r,x) = ((_<:_,_),(_<:_,_) :
(*(s),*(c),*(c),*(0-s)) :>
(*(r),+(x))) ~ cross
with {
th = 2*ma.PI*f/ma.SR;
c = cos(th);
s = sin(th);
cross = _,_ <: !,_,_,!;
};
impulse = 1-1';
process = impulse : nlf2(freq,1) : !,_ <: _,_;
| https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/doc/syfala-getting-started-src/fig/sinewave-biquad-inlined.dsp | faust | import("stdfaust.lib");
freq = hslider("freq [knob:1]",440,50,1000,0.01);
nlf2(f,r,x) = ((_<:_,_),(_<:_,_) :
(*(s),*(c),*(c),*(0-s)) :>
(*(r),+(x))) ~ cross
with {
th = 2*ma.PI*f/ma.SR;
c = cos(th);
s = sin(th);
cross = _,_ <: !,_,_,!;
};
impulse = 1-1';
process = impulse : nlf2(freq,1) : !,_ <: _,_;
|
|
560b7e5ce9b9afa53e8c67d5542de4c486bcf3209204d7d465bd029734d94510 | inria-emeraude/syfala | sinewave-biquad-inlined-trigger.dsp | import("stdfaust.lib");
freq = hslider("freq",440,50,1000,0.01);
nlf2(f,r,x) = ((_<:_,_),(_<:_,_) : (*(s),*(c),*(c),*(0-s)) :>
(*(r),+(x))) ~ cross
with {
th = 2*ma.PI*f/ma.SR;
c = cos(th);
s = sin(th);
cross = _,_ <: !,_,_,!;
};
impulse = (button("gate")'==0)&(button("gate")==1);
process = impulse : nlf2(freq,1) : !,_ <: _,_;
| https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/examples/sinewave-biquad-inlined-trigger.dsp | faust | import("stdfaust.lib");
freq = hslider("freq",440,50,1000,0.01);
nlf2(f,r,x) = ((_<:_,_),(_<:_,_) : (*(s),*(c),*(c),*(0-s)) :>
(*(r),+(x))) ~ cross
with {
th = 2*ma.PI*f/ma.SR;
c = cos(th);
s = sin(th);
cross = _,_ <: !,_,_,!;
};
impulse = (button("gate")'==0)&(button("gate")==1);
process = impulse : nlf2(freq,1) : !,_ <: _,_;
|
|
e1b116687173b7bd6895e3f289643d0dc9ce3687567b7702f7bd29c025fe13ba | inria-emeraude/syfala | multichannel_test.dsp | import("stdfaust.lib");
NChannels = 10;
vol = hslider("volume [unit:dB]", -20, -96, 0, 0.1) : ba.db2linear ;
t = checkbox("on");
speed = hslider("speed",48000,1,48000,1);
process = _~(+(1)%speed) : _==0 : +~%(NChannels) <: _,(+(60) : ba.pianokey2hz : os.oscrs*vol) <: par(i,NChannels,select2(i==_,0,_));
| https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/examples/multichannel_test.dsp | faust | import("stdfaust.lib");
NChannels = 10;
vol = hslider("volume [unit:dB]", -20, -96, 0, 0.1) : ba.db2linear ;
t = checkbox("on");
speed = hslider("speed",48000,1,48000,1);
process = _~(+(1)%speed) : _==0 : +~%(NChannels) <: _,(+(60) : ba.pianokey2hz : os.oscrs*vol) <: par(i,NChannels,select2(i==_,0,_));
|
|
45b1fc39277fed81ffb175fe722d1eeadf70b53100f76c3d683bc10168d1510b | inria-emeraude/syfala | bypass_sine.dsp | import("stdfaust.lib");
in_out = 32;
freqs = par(i,in_out,hgroup("%i",os.osc(hslider("Frequency",10*(i+1),5,3000,100))*hslider("Volume",1,0,10,1)));
process = par(i,in_out,_),freqs:ro.interleave(in_out,2):par(i,in_out,(_,_):>_);
| https://raw.githubusercontent.com/inria-emeraude/syfala/7bbb09ecb912c9a66bcb85ebe35590e2b46e51d5/examples/bypass_sine.dsp | faust | import("stdfaust.lib");
in_out = 32;
freqs = par(i,in_out,hgroup("%i",os.osc(hslider("Frequency",10*(i+1),5,3000,100))*hslider("Volume",1,0,10,1)));
process = par(i,in_out,_),freqs:ro.interleave(in_out,2):par(i,in_out,(_,_):>_);
|
|
36d177ec8c0cc16af9011ed915e7652e6492c674e2704c8e4cbe6069c7b330a6 | inria-emeraude/syfala | karplusManySlider.dsp | import("stdfaust.lib");
// Karplus Strong (1/2)
process = (button("gate")'==0)&(button("gate")==1) :
+ ~ transformation;
transformation = @(hslider("delay", 128, 0, 200, 1)) : moyenne : *(hslider("gain", 0.98, -0.98, 0.98, 0.01)):@(hslider("delay2", 128, 0, 200, 1)):@(hslider("delay3", 128, 0, 200, 1)):@(hslider("delay4", 128, 0, 200, 1));
moyenne(x) = (x+x')/2;
| https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/examples/old/karplusManySlider.dsp | faust | Karplus Strong (1/2) | import("stdfaust.lib");
process = (button("gate")'==0)&(button("gate")==1) :
+ ~ transformation;
transformation = @(hslider("delay", 128, 0, 200, 1)) : moyenne : *(hslider("gain", 0.98, -0.98, 0.98, 0.01)):@(hslider("delay2", 128, 0, 200, 1)):@(hslider("delay3", 128, 0, 200, 1)):@(hslider("delay4", 128, 0, 200, 1));
moyenne(x) = (x+x')/2;
|
f7afa4b49b16d36f5efa074a052de515d55eeec84fbb9943abea1b78b0f22256 | inria-emeraude/syfala | oscsincos.dsp | //-----------------------------------------------
// Sin/cos Oscillator
//-----------------------------------------------
import("stdfaust.lib");
vol = hslider("volume [unit:dB]", 0, -96, 0, 0.1) : si.smoo : ba.db2linear ;
freq = hslider("freq [unit:Hz]", 1000, 20, 24000, 1);
select = nentry("Selector",0,0,1,1) : int;
process = (os.oscrs(freq) * vol),(os.oscrc(freq) * vol): select2(select)<:_,_ ;
| https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/examples/oscsincos.dsp | faust | -----------------------------------------------
Sin/cos Oscillator
----------------------------------------------- |
import("stdfaust.lib");
vol = hslider("volume [unit:dB]", 0, -96, 0, 0.1) : si.smoo : ba.db2linear ;
freq = hslider("freq [unit:Hz]", 1000, 20, 24000, 1);
select = nentry("Selector",0,0,1,1) : int;
process = (os.oscrs(freq) * vol),(os.oscrc(freq) * vol): select2(select)<:_,_ ;
|
e0ad244a45a48c0a3b6148d87d13df95e71d1fed8201571907b4493501acaaba | inria-emeraude/syfala | circle.dsp | import("stdfaust.lib");
vol = hslider("volume [unit:dB]", -20, -96, 0, 0.1) : ba.db2linear ;
t = checkbox("on");
speed = hslider("speed",48000,1,48000,1);
phasor(freq) = (+(freq/ma.SR) ~ ma.frac);
osc(freq) = sin(phasor(freq)*2*ma.PI);
process = (_~(+(1)%speed) : _==0 : +~%(32) <: _,(+(50) : ba.pianokey2hz : osc*vol) <: par(i,32,select2(i==_,0,_)));
| https://raw.githubusercontent.com/inria-emeraude/syfala/7bbb09ecb912c9a66bcb85ebe35590e2b46e51d5/examples/wfs/circle.dsp | faust | import("stdfaust.lib");
vol = hslider("volume [unit:dB]", -20, -96, 0, 0.1) : ba.db2linear ;
t = checkbox("on");
speed = hslider("speed",48000,1,48000,1);
phasor(freq) = (+(freq/ma.SR) ~ ma.frac);
osc(freq) = sin(phasor(freq)*2*ma.PI);
process = (_~(+(1)%speed) : _==0 : +~%(32) <: _,(+(50) : ba.pianokey2hz : osc*vol) <: par(i,32,select2(i==_,0,_)));
|
|
873623a37eedfb1e89148e4d19ce96db4439d4d88f2620a3b1629f3b74c59eac | inria-emeraude/syfala | fm.dsp | import("stdfaust.lib");
osc(amp,freq) = cos(phasor(freq)*2*ma.PI)*amp
with{
phasor(f) = (+(delta) ~ ma.frac)'
with{
delta = f/ma.SR;
};
};
fm(a,fc,fm0,fm1,z0,z1) = car
with{
mod0 = fm1 + osc(z0*fm0,fm0);
mod1 = fc + osc(z1*mod0,mod0);
car = osc(a,mod1);
};
process = fm(1,440,440,440,3,2);
| https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/examples/fm.dsp | faust | import("stdfaust.lib");
osc(amp,freq) = cos(phasor(freq)*2*ma.PI)*amp
with{
phasor(f) = (+(delta) ~ ma.frac)'
with{
delta = f/ma.SR;
};
};
fm(a,fc,fm0,fm1,z0,z1) = car
with{
mod0 = fm1 + osc(z0*fm0,fm0);
mod1 = fc + osc(z1*mod0,mod0);
car = osc(a,mod1);
};
process = fm(1,440,440,440,3,2);
|
|
5bb06a829bfafc30982ae0501f5135e958299cd7d3722c5b2d59a327ce9fc22e | inria-emeraude/syfala | fast-demo.dsp | import("stdfaust.lib");
process = trigger : + ~ transformation: _ * vol * (modulation+1) <:_,_;
transformation = @(hslider("delay", 128, 0, 200, 1)) : moyenne : *(hslider("gain", 0.999, -0.98, 0.999, 0.01));
modulation=os.oscrs(freq)*rate/100;
moyenne(x) = (x+x')/2;
vol = hslider("volume [unit:dB]", 0, -96, 0, 0.1) : si.smoo : ba.db2linear ;
freq = hslider("freq [unit:Hz]", 2, 0, 10, 1);
rate = hslider("modulation rate [unit:%]", 50, 0, 100, 1);
trigger = (button("gate")'==0)&(button("gate")==1);
| https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/examples/fast-demo.dsp | faust | import("stdfaust.lib");
process = trigger : + ~ transformation: _ * vol * (modulation+1) <:_,_;
transformation = @(hslider("delay", 128, 0, 200, 1)) : moyenne : *(hslider("gain", 0.999, -0.98, 0.999, 0.01));
modulation=os.oscrs(freq)*rate/100;
moyenne(x) = (x+x')/2;
vol = hslider("volume [unit:dB]", 0, -96, 0, 0.1) : si.smoo : ba.db2linear ;
freq = hslider("freq [unit:Hz]", 2, 0, 10, 1);
rate = hslider("modulation rate [unit:%]", 50, 0, 100, 1);
trigger = (button("gate")'==0)&(button("gate")==1);
|
|
918351ad5ac84fcd6a26132befa980d340ebdf4ff3b83bff72becea0ddfdd001 | inria-emeraude/syfala | sinewave-biquad-inlined-440-v5.1.dsp | import("stdfaust.lib");
freq = 440;
gate=button("gate");
delay=hslider("delay", 128, 0, 200, 1);
gain=hslider("gain", 0.98, -0.98, 0.98, 0.01);
nlf2(f,r,x) = ((_<:_,_),(_<:_,_+(cond2*delay*gain)) : (*(cond*s),*(c),*(c),*(0-s)) :>
(*(r),+(x))) ~ cross
with {
cond = (gate==1)|(gate==0);//|(delay==128) | (gain = 0.98);
cond2 = (gate==1)&(gate==0);//|(delay==128) | (gain = 0.98);
//
//th = 2*ma.PI*f/ma.SR;
// with ma.SR=48000
th = 5.75958653158129e-02 * cond;
//c = cos(th);
c = 9.98341816614028e-01;
//s = sin(th);
s= 5.75640269595673e-02;
cross = _,_ <: !,_,_,!;
};
impulse = 1-1';
process = impulse : nlf2(freq,1) : !,_ <: _,_;
| https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/examples/sinewave-biquad-inlined-440-v5.1.dsp | faust | |(delay==128) | (gain = 0.98);
|(delay==128) | (gain = 0.98);
th = 2*ma.PI*f/ma.SR;
with ma.SR=48000
c = cos(th);
s = sin(th); | import("stdfaust.lib");
freq = 440;
gate=button("gate");
delay=hslider("delay", 128, 0, 200, 1);
gain=hslider("gain", 0.98, -0.98, 0.98, 0.01);
nlf2(f,r,x) = ((_<:_,_),(_<:_,_+(cond2*delay*gain)) : (*(cond*s),*(c),*(c),*(0-s)) :>
(*(r),+(x))) ~ cross
with {
th = 5.75958653158129e-02 * cond;
c = 9.98341816614028e-01;
s= 5.75640269595673e-02;
cross = _,_ <: !,_,_,!;
};
impulse = 1-1';
process = impulse : nlf2(freq,1) : !,_ <: _,_;
|
9309e5d171ad2cd016f311ef0e5cca530e57b02f35da1e1eab663a94be135dd7 | inria-emeraude/syfala | pinknoise-channel-tester-stereo-reduct.dsp | import("stdfaust.lib");
// number of output channels
nchannels = 8;
length = 500;
// max-like gate
// note: if n == 0, gate is closed (which is not the case with ba.selectoutn) */
gate(o,n,s) = par(i,o, s*((n!=0)&(n==i+1)));
counter(t) = (t > mem(t)) : (+ : *(1)) ~ _;
ms2samples(ms) = ms/1000*ma.SR;
pn = no.pink_noise * 0.25;
nsamples = ms2samples(length);
// we count from 0 to 2nsamples
// if <= nsamples, signal passes
// otherwise we output 0
phase = ba.sweep(1, nsamples*2);
burst = phase <= nsamples;
// we increment channel index whenever sample counter reaches nsamples-1
// we wrap it around nchannels and add the offset
index = counter(burst) % nchannels;
process = gate(nchannels, index*burst, pn) :> _,_;
| https://raw.githubusercontent.com/inria-emeraude/syfala/7bbb09ecb912c9a66bcb85ebe35590e2b46e51d5/examples/pinknoise-channel-tester-stereo-reduct.dsp | faust | number of output channels
max-like gate
note: if n == 0, gate is closed (which is not the case with ba.selectoutn) */
we count from 0 to 2nsamples
if <= nsamples, signal passes
otherwise we output 0
we increment channel index whenever sample counter reaches nsamples-1
we wrap it around nchannels and add the offset | import("stdfaust.lib");
nchannels = 8;
length = 500;
gate(o,n,s) = par(i,o, s*((n!=0)&(n==i+1)));
counter(t) = (t > mem(t)) : (+ : *(1)) ~ _;
ms2samples(ms) = ms/1000*ma.SR;
pn = no.pink_noise * 0.25;
nsamples = ms2samples(length);
phase = ba.sweep(1, nsamples*2);
burst = phase <= nsamples;
index = counter(burst) % nchannels;
process = gate(nchannels, index*burst, pn) :> _,_;
|
33858dcf405de05f5bad4b10b86f66813e0ccda1aba02e2f1c8cca538bc3b7dd | inria-emeraude/syfala | quadVirtualAnalog.dsp | import("stdfaust.lib");
// sliders
oscFreq = hslider("oscFreq [knob:1]",80,50,500,0.01);
lfoFreq = hslider("lfoFreq [knob:2]",1,0.01,8,0.01);
lfoRange = hslider("lfoRange [knob:3]",1000,10,5000,0.01) : si.smoo;
noiseGain = hslider("noiseGain [slider:7]",0,0,1,0.01) <: _*_;
masterVol = hslider("masterVol [slider:8]",0.8,0,1,0.01) <: _*_;
panning = hslider("pan [knob:4]",0.5,0,1,0.01) : si.smoo;
// buttons
activateNoise = button("activateNoise [switch:6]");
killSwitch = 1-button("killSwitch [switch:5]");
LFO = os.lf_triangle(lfoFreq)*0.5 + 0.5;
process = os.oscrc(440)* 0.25 * killSwitch * os.sawtooth(oscFreq) + no.noise*noiseGain*activateNoise : fi.resonlp(LFO*lfoRange+50,5,1)*masterVol <: _*(1-panning),_*panning<:_,_,_,_;
| https://raw.githubusercontent.com/inria-emeraude/syfala/691da3ad1be01661eea9267bb6ec56e8dcfcbd51/examples/quadVirtualAnalog.dsp | faust | sliders
buttons | import("stdfaust.lib");
oscFreq = hslider("oscFreq [knob:1]",80,50,500,0.01);
lfoFreq = hslider("lfoFreq [knob:2]",1,0.01,8,0.01);
lfoRange = hslider("lfoRange [knob:3]",1000,10,5000,0.01) : si.smoo;
noiseGain = hslider("noiseGain [slider:7]",0,0,1,0.01) <: _*_;
masterVol = hslider("masterVol [slider:8]",0.8,0,1,0.01) <: _*_;
panning = hslider("pan [knob:4]",0.5,0,1,0.01) : si.smoo;
activateNoise = button("activateNoise [switch:6]");
killSwitch = 1-button("killSwitch [switch:5]");
LFO = os.lf_triangle(lfoFreq)*0.5 + 0.5;
process = os.oscrc(440)* 0.25 * killSwitch * os.sawtooth(oscFreq) + no.noise*noiseGain*activateNoise : fi.resonlp(LFO*lfoRange+50,5,1)*masterVol <: _*(1-panning),_*panning<:_,_,_,_;
|
06994a4a662680d2cbb680031e0804cb5fc4378978f038b6189f716e8edcbf94 | inria-emeraude/syfala | sixOutKarplus.dsp | import("stdfaust.lib");
// Karplus Strong (1/2)
freq=192000;
delay=10000;
time=ba.time%(delay*4);
f1=freq/hslider("Freq1 [knob:1]", 440, 100, 1000, 1);
f2=freq/hslider("Freq2 [knob:2]", 440, 100, 1000, 1);
f3=freq/hslider("Freq3 [knob:3]", 440, 100, 1000, 1);
f4=freq/hslider("Freq4 [knob:4]", 440, 100, 1000, 1);
karplusString = ba.pulse(delay) :
+ ~ transformation;
transformation = @(
f1*((time>=(0)) & (time<(delay)))+
f2*((time>=(delay)) & (time<(delay*2))) +
f3*((time>=(delay*2)) & (time<(delay*3))) +
f4*((time>=(delay*3)) & (time<(delay*4))))
: moyenne : *(0.99);
moyenne(x) = (x+x')/2;
process=karplusString<:_*((time>=(0)) & (time<(delay))),
_*((time>=(delay)) & (time<(delay*2))),
_*((time>=(delay*2)) & (time<(delay*3))),
_*((time>=(delay*3)) & (time<(delay*4))),
_*((time>=(0)) & (time<(delay*2))),
_*((time>=(delay*2)) & (time<(delay*4)));
| https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/examples/sixOutKarplus.dsp | faust | Karplus Strong (1/2) | import("stdfaust.lib");
freq=192000;
delay=10000;
time=ba.time%(delay*4);
f1=freq/hslider("Freq1 [knob:1]", 440, 100, 1000, 1);
f2=freq/hslider("Freq2 [knob:2]", 440, 100, 1000, 1);
f3=freq/hslider("Freq3 [knob:3]", 440, 100, 1000, 1);
f4=freq/hslider("Freq4 [knob:4]", 440, 100, 1000, 1);
karplusString = ba.pulse(delay) :
+ ~ transformation;
transformation = @(
f1*((time>=(0)) & (time<(delay)))+
f2*((time>=(delay)) & (time<(delay*2))) +
f3*((time>=(delay*2)) & (time<(delay*3))) +
f4*((time>=(delay*3)) & (time<(delay*4))))
: moyenne : *(0.99);
moyenne(x) = (x+x')/2;
process=karplusString<:_*((time>=(0)) & (time<(delay))),
_*((time>=(delay)) & (time<(delay*2))),
_*((time>=(delay*2)) & (time<(delay*3))),
_*((time>=(delay*3)) & (time<(delay*4))),
_*((time>=(0)) & (time<(delay*2))),
_*((time>=(delay*2)) & (time<(delay*4)));
|
e5fde64f284a8f94e77743bf5d3dc5cf8524416929566c65ed12d3678332152d | inria-emeraude/syfala | vanalog32.dsp | import("stdfaust.lib");
// sliders
oscFreq = hslider("oscFreq [knob:1]",80,50,500,0.01);
lfoFreq = hslider("lfoFreq [knob:2]",1,0.01,8,0.01);
lfoRange = hslider("lfoRange [knob:3]",1000,10,5000,0.01) : si.smoo;
noiseGain = hslider("noiseGain [slider:7]",0,0,1,0.01) <: _*_;
masterVol = hslider("masterVol [slider:8]",0.8,0,1,0.01) <: _*_;
panning = hslider("pan [knob:4]",0.5,0,1,0.01) : si.smoo;
// buttons
activateNoise = button("activateNoise [switch:6]");
killSwitch = 1-button("killSwitch [switch:5]");
LFO = os.lf_triangle(lfoFreq)*0.5 + 0.5;
virtual_analog = os.oscrc(440)* 0.25 * killSwitch * os.sawtooth(oscFreq) + no.noise*noiseGain*activateNoise : fi.resonlp(LFO*lfoRange+50,5,1) * 0.125 *masterVol <: _*(1-panning),_*panning;
process = virtual_analog <: par(i, 32, _);
| https://raw.githubusercontent.com/inria-emeraude/syfala/7bbb09ecb912c9a66bcb85ebe35590e2b46e51d5/examples/wfs/vanalog32.dsp | faust | sliders
buttons | import("stdfaust.lib");
oscFreq = hslider("oscFreq [knob:1]",80,50,500,0.01);
lfoFreq = hslider("lfoFreq [knob:2]",1,0.01,8,0.01);
lfoRange = hslider("lfoRange [knob:3]",1000,10,5000,0.01) : si.smoo;
noiseGain = hslider("noiseGain [slider:7]",0,0,1,0.01) <: _*_;
masterVol = hslider("masterVol [slider:8]",0.8,0,1,0.01) <: _*_;
panning = hslider("pan [knob:4]",0.5,0,1,0.01) : si.smoo;
activateNoise = button("activateNoise [switch:6]");
killSwitch = 1-button("killSwitch [switch:5]");
LFO = os.lf_triangle(lfoFreq)*0.5 + 0.5;
virtual_analog = os.oscrc(440)* 0.25 * killSwitch * os.sawtooth(oscFreq) + no.noise*noiseGain*activateNoise : fi.resonlp(LFO*lfoRange+50,5,1) * 0.125 *masterVol <: _*(1-panning),_*panning;
process = virtual_analog <: par(i, 32, _);
|
42beae944ad8e7f413b9382295cb3faeb7bb4dc55694931a7f07783e8c3206bb | inria-emeraude/syfala | clarinet.dsp | import("stdfaust.lib");
maxLength = 2;
notesPerMin = hslider("notesPerMin",1,0.1,2,0.01);
openTube(maxLength,length) = pm.waveguideUd(nMax,n)
with{
nMax = maxLength : pm.l2s;
n = length : pm.l2s/2;
};
clarinetModel(tubeLength,pressure,reedStiffness,bellOpening) = pm.endChain(modelChain)
with{
maxTubeLength = maxLength;
tunedLength = tubeLength/2;
modelChain =
pm.chain(
pm.clarinetMouthPiece(reedStiffness,pressure) :
openTube(maxTubeLength,tunedLength) :
pm.wBell(bellOpening) : pm.out
);
};
playClarinet(NPM) = timer <: ((_==1),((no.noise+1.4)*0.8) : ba.sAndH),(_ < (maxCycle*0.8) : en.asre(0.2,0.8,0.2))
with{
maxCycle = NPM*ma.SR;
timer = _~+(1)%(maxCycle);
};
process = playClarinet(notesPerMin),0.5,0.5 : clarinetModel;
| https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/examples/clarinet.dsp | faust | import("stdfaust.lib");
maxLength = 2;
notesPerMin = hslider("notesPerMin",1,0.1,2,0.01);
openTube(maxLength,length) = pm.waveguideUd(nMax,n)
with{
nMax = maxLength : pm.l2s;
n = length : pm.l2s/2;
};
clarinetModel(tubeLength,pressure,reedStiffness,bellOpening) = pm.endChain(modelChain)
with{
maxTubeLength = maxLength;
tunedLength = tubeLength/2;
modelChain =
pm.chain(
pm.clarinetMouthPiece(reedStiffness,pressure) :
openTube(maxTubeLength,tunedLength) :
pm.wBell(bellOpening) : pm.out
);
};
playClarinet(NPM) = timer <: ((_==1),((no.noise+1.4)*0.8) : ba.sAndH),(_ < (maxCycle*0.8) : en.asre(0.2,0.8,0.2))
with{
maxCycle = NPM*ma.SR;
timer = _~+(1)%(maxCycle);
};
process = playClarinet(notesPerMin),0.5,0.5 : clarinetModel;
|
|
f909604899da24f92e4d9c47a2b4e141471b6c5c95414775c6a182be87f8f910 | inria-emeraude/syfala | osc-li-int.dsp | // osc-li-int.dsp
// AUTHORS: Julien Sourice and Romain Michon
// DESCRIPTION: Linear interpolation sine wave oscillator at 1k.
// Work carried out by Julien Sourice as part of an internship at Maynooth U.
// DATE: Sept. 30, 2022
import("stdfaust.lib");
varSR = 5000000;
// Defined table size (default 65536)
tableSize = (1 << 12);
// Built the Lookup base with 65536 cases of float values -----------------------------
sineWave(tableSize) = ba.time*(2.0*ma.PI)/tableSize : cos;
osc(freq) = newWaveS(freq)
with{
newWaveS(fr) = newWave1 + ((newWave2-newWave1)*resfrac)
with{
phasorDec = ((+(fr/varSR) : ma.frac) ~ _)';
resfrac = int(phasorDec*float(1<<30)) & ((1<<14)-1)*lofac
with{
lobits = 14;
lomask = (2^(lobits))-1; // 16383
lofac = 1/(lomask+1);
};
phasorInt = int(phasorDec*tableSize);
newWave1 = tableSize,sineWave(tableSize),phasorInt : rdtable;
newWave2 = tableSize,sineWave(tableSize),(phasorInt+1)%tableSize : rdtable;
};
};
process = osc(1000)*0.9;
| https://raw.githubusercontent.com/inria-emeraude/syfala/7bbb09ecb912c9a66bcb85ebe35590e2b46e51d5/examples/osc-li-int.dsp | faust | osc-li-int.dsp
AUTHORS: Julien Sourice and Romain Michon
DESCRIPTION: Linear interpolation sine wave oscillator at 1k.
Work carried out by Julien Sourice as part of an internship at Maynooth U.
DATE: Sept. 30, 2022
Defined table size (default 65536)
Built the Lookup base with 65536 cases of float values -----------------------------
16383 |
import("stdfaust.lib");
varSR = 5000000;
tableSize = (1 << 12);
sineWave(tableSize) = ba.time*(2.0*ma.PI)/tableSize : cos;
osc(freq) = newWaveS(freq)
with{
newWaveS(fr) = newWave1 + ((newWave2-newWave1)*resfrac)
with{
phasorDec = ((+(fr/varSR) : ma.frac) ~ _)';
resfrac = int(phasorDec*float(1<<30)) & ((1<<14)-1)*lofac
with{
lobits = 14;
lofac = 1/(lomask+1);
};
phasorInt = int(phasorDec*tableSize);
newWave1 = tableSize,sineWave(tableSize),phasorInt : rdtable;
newWave2 = tableSize,sineWave(tableSize),(phasorInt+1)%tableSize : rdtable;
};
};
process = osc(1000)*0.9;
|
04db78d5fe287432903dc86baf782ef1a7b8ec350c59307e919e399a6f4012f2 | inria-emeraude/syfala | osc-spline-int.dsp | // osc-spline-int.dsp
// AUTHORS: Julien Sourice and Romain Michon
// DESCRIPTION: Spline interpolation sine wave oscillator at 1k.
// Work carried out by Julien Sourice as part of an internship at Maynooth U.
// DATE: Sept. 30, 2022
import("stdfaust.lib");
varSR = ma.SR; // Sampling rate in Hz
// Defined table size (default 65536)
tableSize = (1 << 16);
// Built the Lookup base with 65536 cases of float values -----------------------------
sineWave(tableSize) = int(ba.time)*(2.0*ma.PI)/(tableSize) : cos;
// Convert as a function -------------------------------------------------------------
osc(freq) = newWaveS(freq)
with{
newWaveS(fr) = ( newWaveP1 * ( (resfrac^(3))/6 ) )
+ ( newWave00 * ( (1+resfrac)^(3) - 4*resfrac^(3) )/6 )
+ ( newWaveM1 * ( (2-resfrac)^(3) - 4*(1-resfrac)^(3) )/6 )
+ ( newWaveM2 * ( (1-resfrac)^(3) )/6 )
with{
phasorDec = ((+(fr/varSR) : ma.frac) ~ _)';
resfrac = int(phasorDec*float(1<<30)) & ((1<<14)-1)*lofac
with{
lobits = 14;
lomask = (2^(lobits))-1; // 16383
lofac = 1/(lomask+1);
};
phasorInt = int(phasorDec*tableSize);
newWaveM2 = tableSize,sineWave(tableSize),phasorInt : rdtable;
newWaveM1 = tableSize,sineWave(tableSize),(phasorInt+1)%tableSize : rdtable;
newWave00 = tableSize,sineWave(tableSize),(phasorInt+2)%tableSize : rdtable;
newWaveP1 = tableSize,sineWave(tableSize),(phasorInt+3)%tableSize : rdtable;
};
};
process = osc(1000);
| https://raw.githubusercontent.com/inria-emeraude/syfala/7bbb09ecb912c9a66bcb85ebe35590e2b46e51d5/examples/osc-spline-int.dsp | faust | osc-spline-int.dsp
AUTHORS: Julien Sourice and Romain Michon
DESCRIPTION: Spline interpolation sine wave oscillator at 1k.
Work carried out by Julien Sourice as part of an internship at Maynooth U.
DATE: Sept. 30, 2022
Sampling rate in Hz
Defined table size (default 65536)
Built the Lookup base with 65536 cases of float values -----------------------------
Convert as a function -------------------------------------------------------------
16383 |
import("stdfaust.lib");
tableSize = (1 << 16);
sineWave(tableSize) = int(ba.time)*(2.0*ma.PI)/(tableSize) : cos;
osc(freq) = newWaveS(freq)
with{
newWaveS(fr) = ( newWaveP1 * ( (resfrac^(3))/6 ) )
+ ( newWave00 * ( (1+resfrac)^(3) - 4*resfrac^(3) )/6 )
+ ( newWaveM1 * ( (2-resfrac)^(3) - 4*(1-resfrac)^(3) )/6 )
+ ( newWaveM2 * ( (1-resfrac)^(3) )/6 )
with{
phasorDec = ((+(fr/varSR) : ma.frac) ~ _)';
resfrac = int(phasorDec*float(1<<30)) & ((1<<14)-1)*lofac
with{
lobits = 14;
lofac = 1/(lomask+1);
};
phasorInt = int(phasorDec*tableSize);
newWaveM2 = tableSize,sineWave(tableSize),phasorInt : rdtable;
newWaveM1 = tableSize,sineWave(tableSize),(phasorInt+1)%tableSize : rdtable;
newWave00 = tableSize,sineWave(tableSize),(phasorInt+2)%tableSize : rdtable;
newWaveP1 = tableSize,sineWave(tableSize),(phasorInt+3)%tableSize : rdtable;
};
};
process = osc(1000);
|
f40de1760d51643f4f0b48f15dc5be74cf252028cf6c1fcb96dfa6dbc73c0374 | inria-emeraude/syfala | wfs.dsp | /*
* Currently implements a primitive WFS system with 32 speakers, and 2 audio
* inputs corresponding to 2 different sound sources to be spatialized. The
* X/Y position of each source can be controlled using UI elements.
*/
import("stdfaust.lib");
celerity = 343;
// Creates a speaker array for one source
speakerArray(NC,SD,x,y) = _ <:
par(i,NC,de.fdelay(intSpeakMaxDel,smallDel(i))/d(i))
with{
maxDistanceDel = mD*ma.SR/celerity;
intSpeakMaxDel = NC*SD*ma.SR/celerity;
d(j) = (x-(SD*j))^2 + y^2 : sqrt;
largeDel = y*ma.SR/celerity;
smallDel(j) = (d(j)-y)*ma.SR/celerity;
};
// For future versions...
speakerArraySpheric(NC,SD,x,y) = par(i,NC,de.delay(ma.SR,d(i))*(1/d(i)))
with{
d(j) = (x-(SD*j))^2 + y^2 : sqrt : *(ma.SR)/celerity;
};
// In the current version the position of sources is static...
sourcesArray(NC,SD,s) = par(i,ba.count(s),ba.take(i+1,s) :
speakerArray(NC,SD,x(i),y(i))) :> par(i,NC,_)
with{
x(p) = hslider("v: Source %p/x",SD*NC/2,0,SD*NC,0.01);
y(p) = hslider("v: Source %p/y",mD/2,1,mD,0.01);
};
// This will do for future versions when we can use mobile sources
sourcesArraySpheric(NC,SD,s) = par(i,ba.count(s),ba.take(i+1,s) <:
speakerArraySpheric(NC,SD,x(i),y(i))) :> par(i,NC,_)
with{
x(p) = hslider("v: Source %p/x",SD*NC/2,0,SD*NC,0.01);
y(p) = hslider("v: Source %p/y",10,1,20,0.01);
};
// ------------------ Implementation ----------------------------------
nSpeakers = 32; // number of speakers
nSources = 2; // number of sources
mD = 40; // maxim distance in meters
speakersDist = 0.0783; // distance between speakers
process = sourcesArray(nSpeakers,speakersDist,par(i,nSources,_));
| https://raw.githubusercontent.com/inria-emeraude/syfala/7bbb09ecb912c9a66bcb85ebe35590e2b46e51d5/examples/wfs/wfs.dsp | faust |
* Currently implements a primitive WFS system with 32 speakers, and 2 audio
* inputs corresponding to 2 different sound sources to be spatialized. The
* X/Y position of each source can be controlled using UI elements.
Creates a speaker array for one source
For future versions...
In the current version the position of sources is static...
This will do for future versions when we can use mobile sources
------------------ Implementation ----------------------------------
number of speakers
number of sources
maxim distance in meters
distance between speakers |
import("stdfaust.lib");
celerity = 343;
speakerArray(NC,SD,x,y) = _ <:
par(i,NC,de.fdelay(intSpeakMaxDel,smallDel(i))/d(i))
with{
maxDistanceDel = mD*ma.SR/celerity;
intSpeakMaxDel = NC*SD*ma.SR/celerity;
d(j) = (x-(SD*j))^2 + y^2 : sqrt;
largeDel = y*ma.SR/celerity;
smallDel(j) = (d(j)-y)*ma.SR/celerity;
};
speakerArraySpheric(NC,SD,x,y) = par(i,NC,de.delay(ma.SR,d(i))*(1/d(i)))
with{
d(j) = (x-(SD*j))^2 + y^2 : sqrt : *(ma.SR)/celerity;
};
sourcesArray(NC,SD,s) = par(i,ba.count(s),ba.take(i+1,s) :
speakerArray(NC,SD,x(i),y(i))) :> par(i,NC,_)
with{
x(p) = hslider("v: Source %p/x",SD*NC/2,0,SD*NC,0.01);
y(p) = hslider("v: Source %p/y",mD/2,1,mD,0.01);
};
sourcesArraySpheric(NC,SD,s) = par(i,ba.count(s),ba.take(i+1,s) <:
speakerArraySpheric(NC,SD,x(i),y(i))) :> par(i,NC,_)
with{
x(p) = hslider("v: Source %p/x",SD*NC/2,0,SD*NC,0.01);
y(p) = hslider("v: Source %p/y",10,1,20,0.01);
};
process = sourcesArray(nSpeakers,speakersDist,par(i,nSources,_));
|
025e1f0e0f4512afde2936d2e406413bca7bdcb895810b1ccce7cf72d204a742 | inria-emeraude/syfala | multiVirtualAnalog.dsp | import("stdfaust.lib");
// sliders
oscFreq = hslider("oscFreq [knob:1]",80,50,500,0.01);
lfoFreq = hslider("lfoFreq [knob:2]",1,0.01,8,0.01);
lfoRange = hslider("lfoRange [knob:3]",1000,10,5000,0.01) : si.smoo;
noiseGain = hslider("noiseGain [slider:7]",0,0,1,0.01) <: _*_;
// buttons
activateNoise = button("activateNoise [switch:6]");
killSwitch = 1-button("killSwitch [switch:5]");
// multi volume
vol0 = hslider("Volume ch00",0.8,0,1,0.01);
vol1 = hslider("Volume ch01",0.8,0,1,0.01);
vol2 = hslider("Volume ch02",0.8,0,1,0.01);
vol3 = hslider("Volume ch03",0.8,0,1,0.01);
vol4 = hslider("Volume ch04",0.8,0,1,0.01);
vol5 = hslider("Volume ch05",0.8,0,1,0.01);
vol6 = hslider("Volume ch06",0.8,0,1,0.01);
vol7 = hslider("Volume ch07",0.8,0,1,0.01);
vol8 = hslider("Volume ch08",0.8,0,1,0.01);
vol9 = hslider("Volume ch09",0.8,0,1,0.01);
vol10 = hslider("Volume ch10",0.8,0,1,0.01);
vol11 = hslider("Volume ch11",0.8,0,1,0.01);
vol12 = hslider("Volume ch12",0.8,0,1,0.01);
vol13 = hslider("Volume ch13",0.8,0,1,0.01);
vol14 = hslider("Volume ch14",0.8,0,1,0.01);
vol15 = hslider("Volume ch15",0.8,0,1,0.01);
vol16 = hslider("Volume ch16",0.8,0,1,0.01);
vol17 = hslider("Volume ch17",0.8,0,1,0.01);
vol18 = hslider("Volume ch18",0.8,0,1,0.01);
vol19 = hslider("Volume ch19",0.8,0,1,0.01);
vol20 = hslider("Volume ch20",0.8,0,1,0.01);
vol21 = hslider("Volume ch21",0.8,0,1,0.01);
vol22 = hslider("Volume ch22",0.8,0,1,0.01);
vol23 = hslider("Volume ch23",0.8,0,1,0.01);
vol24 = hslider("Volume ch24",0.8,0,1,0.01);
vol25 = hslider("Volume ch25",0.8,0,1,0.01);
vol26 = hslider("Volume ch26",0.8,0,1,0.01);
vol27 = hslider("Volume ch27",0.8,0,1,0.01);
vol28 = hslider("Volume ch28",0.8,0,1,0.01);
vol29 = hslider("Volume ch29",0.8,0,1,0.01);
vol30 = hslider("Volume ch30",0.8,0,1,0.01);
vol31 = hslider("Volume ch31",0.8,0,1,0.01);
LFO = os.lf_triangle(lfoFreq)*0.5 + 0.5;
process = os.oscrc(440)* 0.25 * killSwitch * os.sawtooth(oscFreq) + no.noise*noiseGain*activateNoise : fi.resonlp(LFO*lfoRange+50,5,1) <:_*vol0,_*vol1,_*vol2,_*vol3,_*vol4,_*vol5,_*vol6,_*vol7,_*vol8,_*vol9,_*vol10,_*vol11,_*vol12,_*vol13,_*vol14,_*vol15,_*vol16,_*vol17,_*vol18,_*vol19,_*vol20,_*vol21,_*vol22,_*vol23,_*vol24,_*vol25,_*vol26,_*vol27,_*vol28,_*vol29,_*vol30,_*vol31;
| https://raw.githubusercontent.com/inria-emeraude/syfala/7bbb09ecb912c9a66bcb85ebe35590e2b46e51d5/examples/multiVirtualAnalog.dsp | faust | sliders
buttons
multi volume | import("stdfaust.lib");
oscFreq = hslider("oscFreq [knob:1]",80,50,500,0.01);
lfoFreq = hslider("lfoFreq [knob:2]",1,0.01,8,0.01);
lfoRange = hslider("lfoRange [knob:3]",1000,10,5000,0.01) : si.smoo;
noiseGain = hslider("noiseGain [slider:7]",0,0,1,0.01) <: _*_;
activateNoise = button("activateNoise [switch:6]");
killSwitch = 1-button("killSwitch [switch:5]");
vol0 = hslider("Volume ch00",0.8,0,1,0.01);
vol1 = hslider("Volume ch01",0.8,0,1,0.01);
vol2 = hslider("Volume ch02",0.8,0,1,0.01);
vol3 = hslider("Volume ch03",0.8,0,1,0.01);
vol4 = hslider("Volume ch04",0.8,0,1,0.01);
vol5 = hslider("Volume ch05",0.8,0,1,0.01);
vol6 = hslider("Volume ch06",0.8,0,1,0.01);
vol7 = hslider("Volume ch07",0.8,0,1,0.01);
vol8 = hslider("Volume ch08",0.8,0,1,0.01);
vol9 = hslider("Volume ch09",0.8,0,1,0.01);
vol10 = hslider("Volume ch10",0.8,0,1,0.01);
vol11 = hslider("Volume ch11",0.8,0,1,0.01);
vol12 = hslider("Volume ch12",0.8,0,1,0.01);
vol13 = hslider("Volume ch13",0.8,0,1,0.01);
vol14 = hslider("Volume ch14",0.8,0,1,0.01);
vol15 = hslider("Volume ch15",0.8,0,1,0.01);
vol16 = hslider("Volume ch16",0.8,0,1,0.01);
vol17 = hslider("Volume ch17",0.8,0,1,0.01);
vol18 = hslider("Volume ch18",0.8,0,1,0.01);
vol19 = hslider("Volume ch19",0.8,0,1,0.01);
vol20 = hslider("Volume ch20",0.8,0,1,0.01);
vol21 = hslider("Volume ch21",0.8,0,1,0.01);
vol22 = hslider("Volume ch22",0.8,0,1,0.01);
vol23 = hslider("Volume ch23",0.8,0,1,0.01);
vol24 = hslider("Volume ch24",0.8,0,1,0.01);
vol25 = hslider("Volume ch25",0.8,0,1,0.01);
vol26 = hslider("Volume ch26",0.8,0,1,0.01);
vol27 = hslider("Volume ch27",0.8,0,1,0.01);
vol28 = hslider("Volume ch28",0.8,0,1,0.01);
vol29 = hslider("Volume ch29",0.8,0,1,0.01);
vol30 = hslider("Volume ch30",0.8,0,1,0.01);
vol31 = hslider("Volume ch31",0.8,0,1,0.01);
LFO = os.lf_triangle(lfoFreq)*0.5 + 0.5;
process = os.oscrc(440)* 0.25 * killSwitch * os.sawtooth(oscFreq) + no.noise*noiseGain*activateNoise : fi.resonlp(LFO*lfoRange+50,5,1) <:_*vol0,_*vol1,_*vol2,_*vol3,_*vol4,_*vol5,_*vol6,_*vol7,_*vol8,_*vol9,_*vol10,_*vol11,_*vol12,_*vol13,_*vol14,_*vol15,_*vol16,_*vol17,_*vol18,_*vol19,_*vol20,_*vol21,_*vol22,_*vol23,_*vol24,_*vol25,_*vol26,_*vol27,_*vol28,_*vol29,_*vol30,_*vol31;
|
fec52f6364972b50abf513cf3960258018c9b2bbcdefee3fd077efc9b175272c | inria-emeraude/syfala | wfs-fixed-sources.dsp | /*
* Currently implements a primitive WFS system with 32 speakers, 6 virtual sources,
* and 2 audio inputs. Each output can be routed to one of the virtual sources using
* UI elements.
*/
import("stdfaust.lib");
celerity = 343;
// Creates a speaker array for one source
//speakerArray(NC,SD,x,y) = de.delay(maxDistanceDel-intSpeakMaxDel,largeDel) <:
speakerArray(NC,SD,x,y) = _ <:
// par(i,NC,de.delay(intSpeakMaxDel,smallDel(i))/d(i))
par(i,NC,de.delay(intSpeakMaxDel,smallDel(i)))
with{
maxDistanceDel = mD*ma.SR/celerity;
intSpeakMaxDel = NC*SD*ma.SR/celerity;
d(j) = (x-(SD*j))^2 + y^2 : sqrt;
largeDel = y*ma.SR/celerity;
smallDel(j) = (d(j)-y)*ma.SR/celerity;
};
// For future versions...
speakerArraySpheric(NC,SD,x,y) = par(i,NC,de.delay(ma.SR,d(i))*(1/d(i)))
with{
d(j) = (x-(SD*j))^2 + y^2 : sqrt : *(ma.SR)/celerity;
};
// In the current version the position of sources is static...
sourcesArray(NC,SD,s) = par(i,ba.count(s),ba.take(i+1,s) :
speakerArray(NC,SD,x(i),y(i))) :> par(i,NC,_)
with{
x(p) = p/(nSources-1)*SD*NC;
y(p) = (1 - abs(p/((nSources-1)/2) - 1))*mD + 0.01;
};
// This will do for future versions when we can use mobile sources
sourcesArraySpheric(NC,SD,s) = par(i,ba.count(s),ba.take(i+1,s) <:
speakerArraySpheric(NC,SD,x(i),y(i))) :> par(i,NC,_)
with{
x(p) = hslider("v: Source %p/x coordinate of source %p",SD*NC/2,0,SD*NC,0.01);
y(p) = hslider("v: Source %p/y coordinate of source %p",10,1,20,0.01);
};
// ------------------ Implementation ----------------------------------
nSpeakers = 32; // number of speakers
nSources = 5; // number of sources
nInputs = 2; // number of inputs
mD = 5; // maxim distance in meters
speakersDist = 0.0783; // distance between speakers
// Simulate distance by changing gain and applying a lowpass in function
// of distance
dSim(p) = _;
// dSim(p) = *(dGain) : fi.lowpass(2,ct)
// with{
// distance = (1 - abs(p/((nSources-1)/2) - 1))*mD + 0.01;
// dGain = (mD-distance*0.5)/(mD);
// ct = dGain*15000 + 5000;
// };
// Take nInputs and send them to nSources. A slider allows us to select
// to which source the current input is routed.
dist = par(i,nInputs,dSim(s(i)) <: par(j,nSources,select2(s(i)==j,0)))
with{
s(k) = hslider("pos%k",0,0,(nSources-1),1) : int;
};
// (dirty) Version implenting a crossfade between the sources
distXFade = dSim(mD,s) <: par(i,nSource,*(g(i)))
with{
s = hslider("pos",0,0,(nSource-1),0.01) : si.smoo;
sFrac = ma.frac(s);
g(i) = (1-sFrac)*((s>=i) & (s<(i+1))) + sFrac*((s<=i) & (s>(i-1)));
};
process = dist :> sourcesArray(nSpeakers,speakersDist,par(i,nSources,_));
| https://raw.githubusercontent.com/inria-emeraude/syfala/7bbb09ecb912c9a66bcb85ebe35590e2b46e51d5/examples/wfs/wfs-fixed-sources.dsp | faust |
* Currently implements a primitive WFS system with 32 speakers, 6 virtual sources,
* and 2 audio inputs. Each output can be routed to one of the virtual sources using
* UI elements.
Creates a speaker array for one source
speakerArray(NC,SD,x,y) = de.delay(maxDistanceDel-intSpeakMaxDel,largeDel) <:
par(i,NC,de.delay(intSpeakMaxDel,smallDel(i))/d(i))
For future versions...
In the current version the position of sources is static...
This will do for future versions when we can use mobile sources
------------------ Implementation ----------------------------------
number of speakers
number of sources
number of inputs
maxim distance in meters
distance between speakers
Simulate distance by changing gain and applying a lowpass in function
of distance
dSim(p) = *(dGain) : fi.lowpass(2,ct)
with{
distance = (1 - abs(p/((nSources-1)/2) - 1))*mD + 0.01;
dGain = (mD-distance*0.5)/(mD);
ct = dGain*15000 + 5000;
};
Take nInputs and send them to nSources. A slider allows us to select
to which source the current input is routed.
(dirty) Version implenting a crossfade between the sources |
import("stdfaust.lib");
celerity = 343;
speakerArray(NC,SD,x,y) = _ <:
par(i,NC,de.delay(intSpeakMaxDel,smallDel(i)))
with{
maxDistanceDel = mD*ma.SR/celerity;
intSpeakMaxDel = NC*SD*ma.SR/celerity;
d(j) = (x-(SD*j))^2 + y^2 : sqrt;
largeDel = y*ma.SR/celerity;
smallDel(j) = (d(j)-y)*ma.SR/celerity;
};
speakerArraySpheric(NC,SD,x,y) = par(i,NC,de.delay(ma.SR,d(i))*(1/d(i)))
with{
d(j) = (x-(SD*j))^2 + y^2 : sqrt : *(ma.SR)/celerity;
};
sourcesArray(NC,SD,s) = par(i,ba.count(s),ba.take(i+1,s) :
speakerArray(NC,SD,x(i),y(i))) :> par(i,NC,_)
with{
x(p) = p/(nSources-1)*SD*NC;
y(p) = (1 - abs(p/((nSources-1)/2) - 1))*mD + 0.01;
};
sourcesArraySpheric(NC,SD,s) = par(i,ba.count(s),ba.take(i+1,s) <:
speakerArraySpheric(NC,SD,x(i),y(i))) :> par(i,NC,_)
with{
x(p) = hslider("v: Source %p/x coordinate of source %p",SD*NC/2,0,SD*NC,0.01);
y(p) = hslider("v: Source %p/y coordinate of source %p",10,1,20,0.01);
};
dSim(p) = _;
dist = par(i,nInputs,dSim(s(i)) <: par(j,nSources,select2(s(i)==j,0)))
with{
s(k) = hslider("pos%k",0,0,(nSources-1),1) : int;
};
distXFade = dSim(mD,s) <: par(i,nSource,*(g(i)))
with{
s = hslider("pos",0,0,(nSource-1),0.01) : si.smoo;
sFrac = ma.frac(s);
g(i) = (1-sFrac)*((s>=i) & (s<(i+1))) + sFrac*((s<=i) & (s>(i-1)));
};
process = dist :> sourcesArray(nSpeakers,speakersDist,par(i,nSources,_));
|
85df8f9f3d703206d6ccb79f31a8aae1bdd83b9d5acde42694c7249f069294cd | inria-emeraude/syfala | wfs-fixed-sources-ks.dsp | /*
* Currently implements a primitive WFS system with 32 speakers, 6 virtual sources,
* and 2 audio inputs. Each output can be routed to one of the virtual sources using
* UI elements.
*/
import("stdfaust.lib");
celerity = 343;
// Creates a speaker array for one source
//speakerArray(NC,SD,x,y) = de.delay(maxDistanceDel-intSpeakMaxDel,largeDel) <:
speakerArray(NC,SD,x,y) = _ <:
// par(i,NC,de.delay(intSpeakMaxDel,smallDel(i))/d(i))
par(i,NC,de.delay(intSpeakMaxDel,smallDel(i)))
with{
maxDistanceDel = mD*ma.SR/celerity;
intSpeakMaxDel = NC*SD*ma.SR/celerity;
d(j) = (x-(SD*j))^2 + y^2 : sqrt;
largeDel = y*ma.SR/celerity;
smallDel(j) = (d(j)-y)*ma.SR/celerity;
};
// For future versions...
speakerArraySpheric(NC,SD,x,y) = par(i,NC,de.delay(ma.SR,d(i))*(1/d(i)))
with{
d(j) = (x-(SD*j))^2 + y^2 : sqrt : *(ma.SR)/celerity;
};
// In the current version the position of sources is static...
sourcesArray(NC,SD,s) = par(i,ba.count(s),ba.take(i+1,s) :
speakerArray(NC,SD,x(i),y(i))) :> par(i,NC,_)
with{
x(p) = p/(nSources-1)*SD*NC;
y(p) = (1 - abs(p/((nSources-1)/2) - 1))*mD + 0.01;
};
// This will do for future versions when we can use mobile sources
sourcesArraySpheric(NC,SD,s) = par(i,ba.count(s),ba.take(i+1,s) <:
speakerArraySpheric(NC,SD,x(i),y(i))) :> par(i,NC,_)
with{
x(p) = hslider("v: Source %p/x coordinate of source %p",SD*NC/2,0,SD*NC,0.01);
y(p) = hslider("v: Source %p/y coordinate of source %p",10,1,20,0.01);
};
// ------------------ Implementation ----------------------------------
nSpeakers = 32; // number of speakers
nSources = 5; // number of sources
nInputs = 1; // number of inputs
mD = 5; // maxim distance in meters
speakersDist = 0.0783; // distance between speakers
time = hslider("time",1,0.01,1,0.01);
base = hslider("base",70,40,200,1);
steps = hslider("steps",10,1,50,1);
nSteps = hslider("nSteps",3,1,10,1);
ks(t,d) = t : +~(de.delay(1024,d) <: (_+_')/2.02);
autoKs = ba.pulse(time*ma.SR) <: _,(+~%(nSteps)*steps)+base : ks;
// Simulate distance by changing gain and applying a lowpass in function
// of distance
dSim(p) = autoKs;
// dSim(p) = *(dGain) : fi.lowpass(2,ct)
// with{
// distance = (1 - abs(p/((nSources-1)/2) - 1))*mD + 0.01;
// dGain = (mD-distance*0.5)/(mD);
// ct = dGain*15000 + 5000;
// };
// Take nInputs and send them to nSources. A slider allows us to select
// to which source the current input is routed.
dist = par(i,nInputs,dSim(s(i)) <: par(j,nSources,select2(s(i)==j,0)))
with{
s(k) = hslider("pos%k",0,0,(nSources-1),1) : int;
};
// (dirty) Version implenting a crossfade between the sources
distXFade = dSim(mD,s) <: par(i,nSource,*(g(i)))
with{
s = hslider("pos",0,0,(nSource-1),0.01) : si.smoo;
sFrac = ma.frac(s);
g(i) = (1-sFrac)*((s>=i) & (s<(i+1))) + sFrac*((s<=i) & (s>(i-1)));
};
process = dist :> sourcesArray(nSpeakers,speakersDist,par(i,nSources,_));
| https://raw.githubusercontent.com/inria-emeraude/syfala/7bbb09ecb912c9a66bcb85ebe35590e2b46e51d5/examples/wfs/wfs-fixed-sources-ks.dsp | faust |
* Currently implements a primitive WFS system with 32 speakers, 6 virtual sources,
* and 2 audio inputs. Each output can be routed to one of the virtual sources using
* UI elements.
Creates a speaker array for one source
speakerArray(NC,SD,x,y) = de.delay(maxDistanceDel-intSpeakMaxDel,largeDel) <:
par(i,NC,de.delay(intSpeakMaxDel,smallDel(i))/d(i))
For future versions...
In the current version the position of sources is static...
This will do for future versions when we can use mobile sources
------------------ Implementation ----------------------------------
number of speakers
number of sources
number of inputs
maxim distance in meters
distance between speakers
Simulate distance by changing gain and applying a lowpass in function
of distance
dSim(p) = *(dGain) : fi.lowpass(2,ct)
with{
distance = (1 - abs(p/((nSources-1)/2) - 1))*mD + 0.01;
dGain = (mD-distance*0.5)/(mD);
ct = dGain*15000 + 5000;
};
Take nInputs and send them to nSources. A slider allows us to select
to which source the current input is routed.
(dirty) Version implenting a crossfade between the sources |
import("stdfaust.lib");
celerity = 343;
speakerArray(NC,SD,x,y) = _ <:
par(i,NC,de.delay(intSpeakMaxDel,smallDel(i)))
with{
maxDistanceDel = mD*ma.SR/celerity;
intSpeakMaxDel = NC*SD*ma.SR/celerity;
d(j) = (x-(SD*j))^2 + y^2 : sqrt;
largeDel = y*ma.SR/celerity;
smallDel(j) = (d(j)-y)*ma.SR/celerity;
};
speakerArraySpheric(NC,SD,x,y) = par(i,NC,de.delay(ma.SR,d(i))*(1/d(i)))
with{
d(j) = (x-(SD*j))^2 + y^2 : sqrt : *(ma.SR)/celerity;
};
sourcesArray(NC,SD,s) = par(i,ba.count(s),ba.take(i+1,s) :
speakerArray(NC,SD,x(i),y(i))) :> par(i,NC,_)
with{
x(p) = p/(nSources-1)*SD*NC;
y(p) = (1 - abs(p/((nSources-1)/2) - 1))*mD + 0.01;
};
sourcesArraySpheric(NC,SD,s) = par(i,ba.count(s),ba.take(i+1,s) <:
speakerArraySpheric(NC,SD,x(i),y(i))) :> par(i,NC,_)
with{
x(p) = hslider("v: Source %p/x coordinate of source %p",SD*NC/2,0,SD*NC,0.01);
y(p) = hslider("v: Source %p/y coordinate of source %p",10,1,20,0.01);
};
time = hslider("time",1,0.01,1,0.01);
base = hslider("base",70,40,200,1);
steps = hslider("steps",10,1,50,1);
nSteps = hslider("nSteps",3,1,10,1);
ks(t,d) = t : +~(de.delay(1024,d) <: (_+_')/2.02);
autoKs = ba.pulse(time*ma.SR) <: _,(+~%(nSteps)*steps)+base : ks;
dSim(p) = autoKs;
dist = par(i,nInputs,dSim(s(i)) <: par(j,nSources,select2(s(i)==j,0)))
with{
s(k) = hslider("pos%k",0,0,(nSources-1),1) : int;
};
distXFade = dSim(mD,s) <: par(i,nSource,*(g(i)))
with{
s = hslider("pos",0,0,(nSource-1),0.01) : si.smoo;
sFrac = ma.frac(s);
g(i) = (1-sFrac)*((s>=i) & (s<(i+1))) + sFrac*((s<=i) & (s>(i-1)));
};
process = dist :> sourcesArray(nSpeakers,speakersDist,par(i,nSources,_));
|
9d9e7ba17b1dfa4331e79883a170a30c98449adcb1e145b0a1e332c3cdd08ecc | inria-emeraude/syfala | sh_fxlms.dsp | declare name "Spherical harmonics FxLMS algorithm";
declare version "1.0";
declare author "Pierre Lecomte";
declare author "Loic Alexandre";
declare license "CC-BY-NC-SA-4.0";
import("stdfaust.lib");
import("radial.lib");
import("ylm.lib");
// Tetramic encoder (Pierre Lecomte) ------------------------------------------------------
in_enc = 4; // Number of inputs
out_enc = 4; // Number of outputs
L = 1; // Ambisonic order
tetra(i,x) = case {
(0) => ba.take(1, node(i)) * ma.PI/180;
(1) => ba.take(2, node(i)) * ma.PI/180;
(2) => weight(i);
}(x)
with {
weight(i) = 1/4; // all nodes have the same weight
node(0) = (0, 90);
node(1) = (240, -19.471);
node(2) = (120, -19.471);
node(3) = (0, -19.471);
};
row(i) = par(n, in_enc, yacn(i, tetra(n, 0), tetra(n, 1)) * tetra(n, 2));
matrix = par(i, out_enc, buswg(row(i)):>_);
encoder = si.bus(in_enc) <: matrix : par(l, L+1, par(m, 2*l+1, eqlr(l, L, 0.05, 20)));
//------------------------------------------------------------------------------------------
// SH-FxLMS Algorithm ----------------------------------------------------------------------
N = 2;
coeffs = si.bus(N);
in = 4;
out = 4;
in_out = si.bus(in*out);
freq_band = fi.bandpass(4,hslider("s:[0]Signal/s:[2]Noise/[2]Low frequency cut", 100,50,10000,1), hslider("s:[0]Signal/s:[2]Noise/[3]High frequency cut", 500,50,10000,1));
noise = (no.noise:freq_band)*hslider("s:[0]Signal/s:[2]Noise/[1]Volume" , 1,0,10,0.1);
sine_freq = hslider("s:[0]Signal/s:[1]Sine/[2]Frequency",300,50,10000,10);
sine = os.osc(sine_freq)*hslider("s:[0]Signal/s:[1]Sine/[1]Volume" , 0.5,0,10,0.1);
signal = (sine*checkbox("s:[0]Signal/s:[1]Sine/[0]On/Off"), noise*checkbox("s:[0]Signal/s:[2]Noise/[0]On/Off")):>_*(1-checkbox("s:[0]Signal/[0]Mute")); // Reference signal
x = (signal:_<:(_,_,_)); // Input signal
// Convergence coefficients
mu = -0.001*checkbox("a:[1]ANC/[0]On/Off");
lambda = 0.9;
delta = 1e-5;
reset = 1-button("a:[1]ANC/[1]reset");
// Adapted filters
filter_adapt(n) = (si.bus(n),(_<:(si.bus(n)))):ro.interleave(n,2):sum(i, n, (_,@(i):*));
H = (si.bus(in*out*N):par(i,in*N*out,_*reset)),(_<:par(i, in*out, _)):seq(i,in*out-1,si.bus(N*(i+1)+i), ro.crossn1(N*in*out-N*(i+1)), si.bus(in*out-(i+1))):par(i,in*out,((si.bus(N)<:si.bus(2*N)),_):(si.bus(N),filter_adapt(N))):seq(i,in*out-1, si.bus(N*in*out - (N*(i+1)) + out*in-(i+1)-1), ro.cross1n(N*(i+1)), si.bus(1+i)):(si.bus(in*out*N),par(i,out,si.bus(out):>_));
C11 = fi.fir((0.36824137335353946,0.1344698483063542));
C12 = fi.fir((0.49305379395471016,0.32224160966837667));
C13 = fi.fir((0.6137461681615921,0.3832431599216761));
C14 = fi.fir((0.7825273252978009,0.6203300900505291));
C21 = fi.fir((0.49305379395471016,0.32224160966837667));
C22 = fi.fir((0.6137461681615921,0.3832431599216761));
C23 = fi.fir((0.7825273252978009,0.6203300900505291));
C24 = fi.fir((0.21071454705409587,1.4008975865601723));
C31 = fi.fir((0.6137461681615921,0.3832431599216761));
C32 = fi.fir((0.7825273252978009,0.6203300900505291));
C33 = fi.fir((0.21071454705409587,1.4008975865601723));
C34 = fi.fir((0.30922917656286875,0.8529553144340982));
C41 = fi.fir((0.7825273252978009,0.6203300900505291));
C42 = fi.fir((0.21071454705409587,1.4008975865601723));
C43 = fi.fir((0.30922917656286875,0.8529553144340982));
C44 = fi.fir((0.15306151591169526,1.2462587339054818));
C_stack = C11, C12, C13, C14, C21, C22, C23, C24, C31, C32, C33, C34, C41, C42, C43, C44;
C_hat = _<:par(i,in*out,_):C_stack:par(i,out,encoder):par(i,in*out,buffer);
buffer = _<:par(i,N,@(i)); // To obtain x_n the reference signal at time n
norm2(n) = par(i,n,^(2)):>sqrt:_^(2);
E = par(i,in,_<:(_,_)):par(i,in,(((_':_^(2):_*(1-lambda)),(*(lambda))):>_));
LMS = ((par(i,in*out*N,_<:(_,_)):ro.interleave(2,N*out*in):(si.bus(N*out*in),norm2(in*out*N))), (par(i,in,_<:(_,_)):ro.interleave(2,in):(si.bus(in),E))):(si.bus(in*out*N), ro.cross1n(in), si.bus(in)):(si.bus(in*out*N),par(i,in,_*mu), (((_<:par(i,in,_)), si.bus(in)):ro.interleave(in,2):par(i,in,(_,_):>_):par(i,in,_+delta))):(si.bus(N*out*in),(ro.interleave(in,2):par(i,in,/))):(si.bus(in*out*N),par(i,in,_<:par(i,N*out,_))):(ro.interleave(N*in*out,2):par(i,in*out*N,*));
// 4 inputs / 6 outputs
// INPUTS : 4 microphones
// OUTPUTS : 4 Loudspeaker signals, 1 reference signal, 1 rms error signal
process = ((par(i,in*out,coeffs), x, encoder):(H,C_hat,(ro.cross1n(in):((par(i,in,_<:(_,_)):ro.interleave(2,in)),_))):(si.bus(N*in*out+out),LMS,(par(i,in,_):>_),_):(par(i,in*out,coeffs),ro.crossNM(out,in*out*N),_,_):((ro.interleave(in*N*out,2):par(i,in*out*N,+)),si.bus(out),_,_))~(par(i,in*out,coeffs)):(par(i,in*out*N,!),si.bus(out),ro.cross1n(1));
| https://raw.githubusercontent.com/inria-emeraude/syfala/7bbb09ecb912c9a66bcb85ebe35590e2b46e51d5/examples/sh_fxlms.dsp | faust | Tetramic encoder (Pierre Lecomte) ------------------------------------------------------
Number of inputs
Number of outputs
Ambisonic order
all nodes have the same weight
------------------------------------------------------------------------------------------
SH-FxLMS Algorithm ----------------------------------------------------------------------
Reference signal
Input signal
Convergence coefficients
Adapted filters
To obtain x_n the reference signal at time n
4 inputs / 6 outputs
INPUTS : 4 microphones
OUTPUTS : 4 Loudspeaker signals, 1 reference signal, 1 rms error signal | declare name "Spherical harmonics FxLMS algorithm";
declare version "1.0";
declare author "Pierre Lecomte";
declare author "Loic Alexandre";
declare license "CC-BY-NC-SA-4.0";
import("stdfaust.lib");
import("radial.lib");
import("ylm.lib");
tetra(i,x) = case {
(0) => ba.take(1, node(i)) * ma.PI/180;
(1) => ba.take(2, node(i)) * ma.PI/180;
(2) => weight(i);
}(x)
with {
node(0) = (0, 90);
node(1) = (240, -19.471);
node(2) = (120, -19.471);
node(3) = (0, -19.471);
};
row(i) = par(n, in_enc, yacn(i, tetra(n, 0), tetra(n, 1)) * tetra(n, 2));
matrix = par(i, out_enc, buswg(row(i)):>_);
encoder = si.bus(in_enc) <: matrix : par(l, L+1, par(m, 2*l+1, eqlr(l, L, 0.05, 20)));
N = 2;
coeffs = si.bus(N);
in = 4;
out = 4;
in_out = si.bus(in*out);
freq_band = fi.bandpass(4,hslider("s:[0]Signal/s:[2]Noise/[2]Low frequency cut", 100,50,10000,1), hslider("s:[0]Signal/s:[2]Noise/[3]High frequency cut", 500,50,10000,1));
noise = (no.noise:freq_band)*hslider("s:[0]Signal/s:[2]Noise/[1]Volume" , 1,0,10,0.1);
sine_freq = hslider("s:[0]Signal/s:[1]Sine/[2]Frequency",300,50,10000,10);
sine = os.osc(sine_freq)*hslider("s:[0]Signal/s:[1]Sine/[1]Volume" , 0.5,0,10,0.1);
mu = -0.001*checkbox("a:[1]ANC/[0]On/Off");
lambda = 0.9;
delta = 1e-5;
reset = 1-button("a:[1]ANC/[1]reset");
filter_adapt(n) = (si.bus(n),(_<:(si.bus(n)))):ro.interleave(n,2):sum(i, n, (_,@(i):*));
H = (si.bus(in*out*N):par(i,in*N*out,_*reset)),(_<:par(i, in*out, _)):seq(i,in*out-1,si.bus(N*(i+1)+i), ro.crossn1(N*in*out-N*(i+1)), si.bus(in*out-(i+1))):par(i,in*out,((si.bus(N)<:si.bus(2*N)),_):(si.bus(N),filter_adapt(N))):seq(i,in*out-1, si.bus(N*in*out - (N*(i+1)) + out*in-(i+1)-1), ro.cross1n(N*(i+1)), si.bus(1+i)):(si.bus(in*out*N),par(i,out,si.bus(out):>_));
C11 = fi.fir((0.36824137335353946,0.1344698483063542));
C12 = fi.fir((0.49305379395471016,0.32224160966837667));
C13 = fi.fir((0.6137461681615921,0.3832431599216761));
C14 = fi.fir((0.7825273252978009,0.6203300900505291));
C21 = fi.fir((0.49305379395471016,0.32224160966837667));
C22 = fi.fir((0.6137461681615921,0.3832431599216761));
C23 = fi.fir((0.7825273252978009,0.6203300900505291));
C24 = fi.fir((0.21071454705409587,1.4008975865601723));
C31 = fi.fir((0.6137461681615921,0.3832431599216761));
C32 = fi.fir((0.7825273252978009,0.6203300900505291));
C33 = fi.fir((0.21071454705409587,1.4008975865601723));
C34 = fi.fir((0.30922917656286875,0.8529553144340982));
C41 = fi.fir((0.7825273252978009,0.6203300900505291));
C42 = fi.fir((0.21071454705409587,1.4008975865601723));
C43 = fi.fir((0.30922917656286875,0.8529553144340982));
C44 = fi.fir((0.15306151591169526,1.2462587339054818));
C_stack = C11, C12, C13, C14, C21, C22, C23, C24, C31, C32, C33, C34, C41, C42, C43, C44;
C_hat = _<:par(i,in*out,_):C_stack:par(i,out,encoder):par(i,in*out,buffer);
norm2(n) = par(i,n,^(2)):>sqrt:_^(2);
E = par(i,in,_<:(_,_)):par(i,in,(((_':_^(2):_*(1-lambda)),(*(lambda))):>_));
LMS = ((par(i,in*out*N,_<:(_,_)):ro.interleave(2,N*out*in):(si.bus(N*out*in),norm2(in*out*N))), (par(i,in,_<:(_,_)):ro.interleave(2,in):(si.bus(in),E))):(si.bus(in*out*N), ro.cross1n(in), si.bus(in)):(si.bus(in*out*N),par(i,in,_*mu), (((_<:par(i,in,_)), si.bus(in)):ro.interleave(in,2):par(i,in,(_,_):>_):par(i,in,_+delta))):(si.bus(N*out*in),(ro.interleave(in,2):par(i,in,/))):(si.bus(in*out*N),par(i,in,_<:par(i,N*out,_))):(ro.interleave(N*in*out,2):par(i,in*out*N,*));
process = ((par(i,in*out,coeffs), x, encoder):(H,C_hat,(ro.cross1n(in):((par(i,in,_<:(_,_)):ro.interleave(2,in)),_))):(si.bus(N*in*out+out),LMS,(par(i,in,_):>_),_):(par(i,in*out,coeffs),ro.crossNM(out,in*out*N),_,_):((ro.interleave(in*N*out,2):par(i,in*out*N,+)),si.bus(out),_,_))~(par(i,in*out,coeffs)):(par(i,in*out*N,!),si.bus(out),ro.cross1n(1));
|
a5b58ad6f68a41c18a6d5f95686cef4cf367da2842978d014cae1f3fe151b0e1 | inria-emeraude/syfala | mp_fxlms.dsp | declare name "MultiPoint FxLMS algorithm";
declare version "1.0";
declare author "Pierre Lecomte";
declare author "Loic Alexandre";
declare license "CC-BY-NC-SA-4.0";
import("stdfaust.lib");
N = 8;
coeffs = si.bus(N);
in = 4;
out = 4;
in_out = si.bus(in*out);
freq_band = fi.bandpass(4,hslider("s:[0]Signal/s:[2]Noise/[2]Low frequency cut", 100,50,10000,1), hslider("s:[0]Signal/s:[2]Noise/[3]High frequency cut", 500,50,10000,1));
noise = (no.noise:freq_band)*hslider("s:[0]Signal/s:[2]Noise/[1]Volume" , 1,0,10,0.1);
sine_freq = hslider("s:[0]Signal/s:[1]Sine/[2]Frequency",300,50,10000,10);
sine = os.osc(sine_freq)*hslider("s:[0]Signal/s:[1]Sine/[1]Volume" , 1,0,10,0.1);
signal = (sine*checkbox("s:[0]Signal/s:[1]Sine/[0]On/Off"), noise*checkbox("s:[0]Signal/s:[2]Noise/[0]On/Off")):>_*(1-checkbox("s:[0]Signal/[0]Mute")); // Reference signal
x = (signal:_<:(_,_,_)); // Input signal
// Convergence coefficients
mu = -0.001*checkbox("a:[1]ANC/[0]On/Off");
lambda = 0.9;
delta = 1e-5;
reset = 1-button("a:[1]ANC/[1]reset");
// Adapted filters
filter_adapt(n) = (si.bus(n),(_<:(si.bus(n)))):ro.interleave(n,2):sum(i, n, (_,@(i):*));
H = (si.bus(in*N):par(i,in*N,_*reset)),(_<:par(i, in, _)):seq(i,in-1,si.bus(N*(i+1)+i), ro.crossn1(N*in-N*(i+1)), si.bus(out-(i+1))):par(i,in,((si.bus(N)<:si.bus(2*N)),_):(si.bus(N),filter_adapt(N))):seq(i,out-1, si.bus(N*in - (N*(i+1)) + out-(i+1)-1), ro.cross1n(N*(i+1)), si.bus(1+i));
C11 = fi.fir((0.15426163621023734,0.13990026583297194,0.3419448213631925,-0.08147998658519595,-1.4323239839194681,0.17556805486637117,0.02613819048862478,-0.21812066850963366,-0.3171735506873301,-0.29448115138838665,0.0802860847983312,-0.1880481314785973,0.4858874113271277,0.39602445743367076,0.1573725754545663,0.09997056217282939,0.11325260555188824,-0.007982253198280576,-0.00115520267938809,-0.2972004835130559));
C12 = fi.fir((0.03780310849938437,0.22163268988397747,-0.03879051784955264,0.5210354827503156,-0.25049625564422984,-0.8931238656470573,0.2723427944095396,0.07376972055940362,-0.10755564953825623,-0.3102237117627864,-0.04564230381297856,0.13902600773635954,0.29153019878348285,0.19458492178366546,0.1496687642002132,0.29077637768500697,0.18863261439314344,0.023911449509532546,-0.021232476740983854,-0.05702819311744575));
C13 = fi.fir((-0.10638297605146899,0.33734869557486125,-0.13760338294008975,0.5846709363147123,-0.39242597593765005,-0.8246977432459265,0.37254102266156797,-0.03135426357448811,-0.09948961841944677,-0.1451029344865057,-0.12990034700015549,0.0276192711466825,0.32396558287164273,0.06557207609692343,0.12982060549711252,0.356631342324756,0.04981130507022007,0.022052445376414112,-0.12493617018897557,-0.02877739909089169));
C14 = fi.fir((-0.17174361053304715,0.47782370509086514,0.0009718291000705981,0.6751679340429494,-0.3080307980749689,-1.0199111687356635,0.3413798360539741,0.1703587265494544,-0.3571846616554922,-0.16299842928613995,0.01906514932072645,-0.08006430607207694,0.7274043107295661,0.1213674871095215,0.3231846885719528,0.2797943120280541,0.1779574691309212,-0.030935807011217877,0.03015302300706324,0.010856371439442137));
C21 = fi.fir((0.03780310849938437,0.22163268988397747,-0.03879051784955264,0.5210354827503156,-0.25049625564422984,-0.8931238656470573,0.2723427944095396,0.07376972055940362,-0.10755564953825623,-0.3102237117627864,-0.04564230381297856,0.13902600773635954,0.29153019878348285,0.19458492178366546,0.1496687642002132,0.29077637768500697,0.18863261439314344,0.023911449509532546,-0.021232476740983854,-0.05702819311744575));
C22 = fi.fir((-0.10638297605146899,0.33734869557486125,-0.13760338294008975,0.5846709363147123,-0.39242597593765005,-0.8246977432459265,0.37254102266156797,-0.03135426357448811,-0.09948961841944677,-0.1451029344865057,-0.12990034700015549,0.0276192711466825,0.32396558287164273,0.06557207609692343,0.12982060549711252,0.356631342324756,0.04981130507022007,0.022052445376414112,-0.12493617018897557,-0.02877739909089169));
C23 = fi.fir((-0.17174361053304715,0.47782370509086514,0.0009718291000705981,0.6751679340429494,-0.3080307980749689,-1.0199111687356635,0.3413798360539741,0.1703587265494544,-0.3571846616554922,-0.16299842928613995,0.01906514932072645,-0.08006430607207694,0.7274043107295661,0.1213674871095215,0.3231846885719528,0.2797943120280541,0.1779574691309212,-0.030935807011217877,0.03015302300706324,0.010856371439442137));
C24 = fi.fir((-0.22763473623777328,0.09612096165207512,-0.04129638149914681,0.022034978982099464,-0.06633501113800817,-0.12767508581695483,0.862238785758715,0.06363764228707743,0.49301285195393274,0.7158611043018355,0.3064465301459277,-0.01491106723611113,-0.17418753058273115,0.05335480972613289,-0.056222046520141025,-0.19324720248499094,0.32952822221710704,0.0020471693236077115,-0.06582877938917835,-0.018503989844062502));
C31 = fi.fir((-0.10638297605146899,0.33734869557486125,-0.13760338294008975,0.5846709363147123,-0.39242597593765005,-0.8246977432459265,0.37254102266156797,-0.03135426357448811,-0.09948961841944677,-0.1451029344865057,-0.12990034700015549,0.0276192711466825,0.32396558287164273,0.06557207609692343,0.12982060549711252,0.356631342324756,0.04981130507022007,0.022052445376414112,-0.12493617018897557,-0.02877739909089169));
C32 = fi.fir((-0.17174361053304715,0.47782370509086514,0.0009718291000705981,0.6751679340429494,-0.3080307980749689,-1.0199111687356635,0.3413798360539741,0.1703587265494544,-0.3571846616554922,-0.16299842928613995,0.01906514932072645,-0.08006430607207694,0.7274043107295661,0.1213674871095215,0.3231846885719528,0.2797943120280541,0.1779574691309212,-0.030935807011217877,0.03015302300706324,0.010856371439442137));
C33 = fi.fir((-0.22763473623777328,0.09612096165207512,-0.04129638149914681,0.022034978982099464,-0.06633501113800817,-0.12767508581695483,0.862238785758715,0.06363764228707743,0.49301285195393274,0.7158611043018355,0.3064465301459277,-0.01491106723611113,-0.17418753058273115,0.05335480972613289,-0.056222046520141025,-0.19324720248499094,0.32952822221710704,0.0020471693236077115,-0.06582877938917835,-0.018503989844062502));
C34 = fi.fir((-0.008074675445644885,0.05335844949370954,0.09347478934809252,0.03268196091139201,-0.09588717007433799,0.5924451897332562,0.20904594937954638,0.05749359118405339,0.5261434764451411,-0.09010122541780516,0.1596039769479708,0.030309237786168536,-0.01867340116769727,0.0070668270489425596,-0.17656162344230086,0.0032246237128353786,-0.03952089146646609,0.04750488459802345,0.004396452269050633,-0.10221461211128618));
C41 = fi.fir((-0.17174361053304715,0.47782370509086514,0.0009718291000705981,0.6751679340429494,-0.3080307980749689,-1.0199111687356635,0.3413798360539741,0.1703587265494544,-0.3571846616554922,-0.16299842928613995,0.01906514932072645,-0.08006430607207694,0.7274043107295661,0.1213674871095215,0.3231846885719528,0.2797943120280541,0.1779574691309212,-0.030935807011217877,0.03015302300706324,0.010856371439442137));
C42 = fi.fir((-0.22763473623777328,0.09612096165207512,-0.04129638149914681,0.022034978982099464,-0.06633501113800817,-0.12767508581695483,0.862238785758715,0.06363764228707743,0.49301285195393274,0.7158611043018355,0.3064465301459277,-0.01491106723611113,-0.17418753058273115,0.05335480972613289,-0.056222046520141025,-0.19324720248499094,0.32952822221710704,0.0020471693236077115,-0.06582877938917835,-0.018503989844062502));
C43 = fi.fir((-0.008074675445644885,0.05335844949370954,0.09347478934809252,0.03268196091139201,-0.09588717007433799,0.5924451897332562,0.20904594937954638,0.05749359118405339,0.5261434764451411,-0.09010122541780516,0.1596039769479708,0.030309237786168536,-0.01867340116769727,0.0070668270489425596,-0.17656162344230086,0.0032246237128353786,-0.03952089146646609,0.04750488459802345,0.004396452269050633,-0.10221461211128618));
C44 = fi.fir((0.007688745372912309,0.0364270504547291,-0.008398074436020054,0.001767904175039259,-0.024205193685800444,-0.1533003193292018,0.6141737147441828,0.1716614602737368,0.287926071867546,0.5738403845921116,0.03442628828702332,0.1613055983835583,0.024656463192004853,0.03560694233842785,-0.0722974370752899,-0.01825922942350815,-0.1267935072355967,0.1165769913064513,0.07862075575034765,-0.19031735778146));
C_stack = (_:C11), (_:C12), (_:C13), (_:C14), (_:C21), (_:C22), (_:C23), (_:C24), (_:C31), (_:C32), (_:C33), (_:C34), (_:C41), (_:C42), (_:C43), (_:C44);
C_hat = _<:par(i,in*out,_):C_stack:par(i,in*out,buffer):ro.interleave(N,in*out):par(i,N,ro.interleave(in,out):par(i,out,(par(i,in,_):>_)));
buffer = _<:par(i,N,@(i)); // To obtain x_n the reference signal at time n
norm2(n) = par(i,n,^(2)):>sqrt:_^(2);
E = par(i,in,_<:(_,_)):par(i,in,(((_':_^(2):_*(1-lambda)),(*(lambda))):>_));
LMS = ((par(i,in*N,_<:(_,_)):ro.interleave(2,N*in):(si.bus(N*in),norm2(in*N))), (par(i,in,_<:(_,_)):ro.interleave(2,in):(si.bus(in),E))):(si.bus(in*N),ro.cross1n(in), si.bus(in)):(si.bus(in*N),par(i,in,_*mu), (((_<:par(i,in,_)), si.bus(in)):ro.interleave(in,2):par(i,in,(_,_):>_):par(i,in,_+delta))):(si.bus(N*in),(ro.interleave(in,2):par(i,in,/))):(si.bus(in*N),par(i,in,_<:par(i,N,_))):(ro.interleave(N*in,2):par(i,in*N,*)):ro.interleave(in,N);
// 4 inputs / 6 outputs
// INPUTS : 4 microphones
// OUTPUTS : 4 Loudspeaker signals, 1 reference signal, 1 rms error signal
process = ((par(i,in,coeffs), x, par(i,in,_)):(H,C_hat,(ro.cross1n(in):((par(i,in,_<:(_,_)):ro.interleave(2,in)),_))):(si.bus(N*in+out),LMS,(par(i,in,_):>_),_):(par(i,in,si.bus(N)),ro.crossNM(in,in*N),_,_):((ro.interleave(in*N,2):par(i,in*N,+)),si.bus(in),_,_))~(par(i,in,coeffs)):(par(i,in*N,!),si.bus(in),ro.cross1n(1));
| https://raw.githubusercontent.com/inria-emeraude/syfala/7bbb09ecb912c9a66bcb85ebe35590e2b46e51d5/examples/mp_fxlms.dsp | faust | Reference signal
Input signal
Convergence coefficients
Adapted filters
To obtain x_n the reference signal at time n
4 inputs / 6 outputs
INPUTS : 4 microphones
OUTPUTS : 4 Loudspeaker signals, 1 reference signal, 1 rms error signal | declare name "MultiPoint FxLMS algorithm";
declare version "1.0";
declare author "Pierre Lecomte";
declare author "Loic Alexandre";
declare license "CC-BY-NC-SA-4.0";
import("stdfaust.lib");
N = 8;
coeffs = si.bus(N);
in = 4;
out = 4;
in_out = si.bus(in*out);
freq_band = fi.bandpass(4,hslider("s:[0]Signal/s:[2]Noise/[2]Low frequency cut", 100,50,10000,1), hslider("s:[0]Signal/s:[2]Noise/[3]High frequency cut", 500,50,10000,1));
noise = (no.noise:freq_band)*hslider("s:[0]Signal/s:[2]Noise/[1]Volume" , 1,0,10,0.1);
sine_freq = hslider("s:[0]Signal/s:[1]Sine/[2]Frequency",300,50,10000,10);
sine = os.osc(sine_freq)*hslider("s:[0]Signal/s:[1]Sine/[1]Volume" , 1,0,10,0.1);
mu = -0.001*checkbox("a:[1]ANC/[0]On/Off");
lambda = 0.9;
delta = 1e-5;
reset = 1-button("a:[1]ANC/[1]reset");
filter_adapt(n) = (si.bus(n),(_<:(si.bus(n)))):ro.interleave(n,2):sum(i, n, (_,@(i):*));
H = (si.bus(in*N):par(i,in*N,_*reset)),(_<:par(i, in, _)):seq(i,in-1,si.bus(N*(i+1)+i), ro.crossn1(N*in-N*(i+1)), si.bus(out-(i+1))):par(i,in,((si.bus(N)<:si.bus(2*N)),_):(si.bus(N),filter_adapt(N))):seq(i,out-1, si.bus(N*in - (N*(i+1)) + out-(i+1)-1), ro.cross1n(N*(i+1)), si.bus(1+i));
C11 = fi.fir((0.15426163621023734,0.13990026583297194,0.3419448213631925,-0.08147998658519595,-1.4323239839194681,0.17556805486637117,0.02613819048862478,-0.21812066850963366,-0.3171735506873301,-0.29448115138838665,0.0802860847983312,-0.1880481314785973,0.4858874113271277,0.39602445743367076,0.1573725754545663,0.09997056217282939,0.11325260555188824,-0.007982253198280576,-0.00115520267938809,-0.2972004835130559));
C12 = fi.fir((0.03780310849938437,0.22163268988397747,-0.03879051784955264,0.5210354827503156,-0.25049625564422984,-0.8931238656470573,0.2723427944095396,0.07376972055940362,-0.10755564953825623,-0.3102237117627864,-0.04564230381297856,0.13902600773635954,0.29153019878348285,0.19458492178366546,0.1496687642002132,0.29077637768500697,0.18863261439314344,0.023911449509532546,-0.021232476740983854,-0.05702819311744575));
C13 = fi.fir((-0.10638297605146899,0.33734869557486125,-0.13760338294008975,0.5846709363147123,-0.39242597593765005,-0.8246977432459265,0.37254102266156797,-0.03135426357448811,-0.09948961841944677,-0.1451029344865057,-0.12990034700015549,0.0276192711466825,0.32396558287164273,0.06557207609692343,0.12982060549711252,0.356631342324756,0.04981130507022007,0.022052445376414112,-0.12493617018897557,-0.02877739909089169));
C14 = fi.fir((-0.17174361053304715,0.47782370509086514,0.0009718291000705981,0.6751679340429494,-0.3080307980749689,-1.0199111687356635,0.3413798360539741,0.1703587265494544,-0.3571846616554922,-0.16299842928613995,0.01906514932072645,-0.08006430607207694,0.7274043107295661,0.1213674871095215,0.3231846885719528,0.2797943120280541,0.1779574691309212,-0.030935807011217877,0.03015302300706324,0.010856371439442137));
C21 = fi.fir((0.03780310849938437,0.22163268988397747,-0.03879051784955264,0.5210354827503156,-0.25049625564422984,-0.8931238656470573,0.2723427944095396,0.07376972055940362,-0.10755564953825623,-0.3102237117627864,-0.04564230381297856,0.13902600773635954,0.29153019878348285,0.19458492178366546,0.1496687642002132,0.29077637768500697,0.18863261439314344,0.023911449509532546,-0.021232476740983854,-0.05702819311744575));
C22 = fi.fir((-0.10638297605146899,0.33734869557486125,-0.13760338294008975,0.5846709363147123,-0.39242597593765005,-0.8246977432459265,0.37254102266156797,-0.03135426357448811,-0.09948961841944677,-0.1451029344865057,-0.12990034700015549,0.0276192711466825,0.32396558287164273,0.06557207609692343,0.12982060549711252,0.356631342324756,0.04981130507022007,0.022052445376414112,-0.12493617018897557,-0.02877739909089169));
C23 = fi.fir((-0.17174361053304715,0.47782370509086514,0.0009718291000705981,0.6751679340429494,-0.3080307980749689,-1.0199111687356635,0.3413798360539741,0.1703587265494544,-0.3571846616554922,-0.16299842928613995,0.01906514932072645,-0.08006430607207694,0.7274043107295661,0.1213674871095215,0.3231846885719528,0.2797943120280541,0.1779574691309212,-0.030935807011217877,0.03015302300706324,0.010856371439442137));
C24 = fi.fir((-0.22763473623777328,0.09612096165207512,-0.04129638149914681,0.022034978982099464,-0.06633501113800817,-0.12767508581695483,0.862238785758715,0.06363764228707743,0.49301285195393274,0.7158611043018355,0.3064465301459277,-0.01491106723611113,-0.17418753058273115,0.05335480972613289,-0.056222046520141025,-0.19324720248499094,0.32952822221710704,0.0020471693236077115,-0.06582877938917835,-0.018503989844062502));
C31 = fi.fir((-0.10638297605146899,0.33734869557486125,-0.13760338294008975,0.5846709363147123,-0.39242597593765005,-0.8246977432459265,0.37254102266156797,-0.03135426357448811,-0.09948961841944677,-0.1451029344865057,-0.12990034700015549,0.0276192711466825,0.32396558287164273,0.06557207609692343,0.12982060549711252,0.356631342324756,0.04981130507022007,0.022052445376414112,-0.12493617018897557,-0.02877739909089169));
C32 = fi.fir((-0.17174361053304715,0.47782370509086514,0.0009718291000705981,0.6751679340429494,-0.3080307980749689,-1.0199111687356635,0.3413798360539741,0.1703587265494544,-0.3571846616554922,-0.16299842928613995,0.01906514932072645,-0.08006430607207694,0.7274043107295661,0.1213674871095215,0.3231846885719528,0.2797943120280541,0.1779574691309212,-0.030935807011217877,0.03015302300706324,0.010856371439442137));
C33 = fi.fir((-0.22763473623777328,0.09612096165207512,-0.04129638149914681,0.022034978982099464,-0.06633501113800817,-0.12767508581695483,0.862238785758715,0.06363764228707743,0.49301285195393274,0.7158611043018355,0.3064465301459277,-0.01491106723611113,-0.17418753058273115,0.05335480972613289,-0.056222046520141025,-0.19324720248499094,0.32952822221710704,0.0020471693236077115,-0.06582877938917835,-0.018503989844062502));
C34 = fi.fir((-0.008074675445644885,0.05335844949370954,0.09347478934809252,0.03268196091139201,-0.09588717007433799,0.5924451897332562,0.20904594937954638,0.05749359118405339,0.5261434764451411,-0.09010122541780516,0.1596039769479708,0.030309237786168536,-0.01867340116769727,0.0070668270489425596,-0.17656162344230086,0.0032246237128353786,-0.03952089146646609,0.04750488459802345,0.004396452269050633,-0.10221461211128618));
C41 = fi.fir((-0.17174361053304715,0.47782370509086514,0.0009718291000705981,0.6751679340429494,-0.3080307980749689,-1.0199111687356635,0.3413798360539741,0.1703587265494544,-0.3571846616554922,-0.16299842928613995,0.01906514932072645,-0.08006430607207694,0.7274043107295661,0.1213674871095215,0.3231846885719528,0.2797943120280541,0.1779574691309212,-0.030935807011217877,0.03015302300706324,0.010856371439442137));
C42 = fi.fir((-0.22763473623777328,0.09612096165207512,-0.04129638149914681,0.022034978982099464,-0.06633501113800817,-0.12767508581695483,0.862238785758715,0.06363764228707743,0.49301285195393274,0.7158611043018355,0.3064465301459277,-0.01491106723611113,-0.17418753058273115,0.05335480972613289,-0.056222046520141025,-0.19324720248499094,0.32952822221710704,0.0020471693236077115,-0.06582877938917835,-0.018503989844062502));
C43 = fi.fir((-0.008074675445644885,0.05335844949370954,0.09347478934809252,0.03268196091139201,-0.09588717007433799,0.5924451897332562,0.20904594937954638,0.05749359118405339,0.5261434764451411,-0.09010122541780516,0.1596039769479708,0.030309237786168536,-0.01867340116769727,0.0070668270489425596,-0.17656162344230086,0.0032246237128353786,-0.03952089146646609,0.04750488459802345,0.004396452269050633,-0.10221461211128618));
C44 = fi.fir((0.007688745372912309,0.0364270504547291,-0.008398074436020054,0.001767904175039259,-0.024205193685800444,-0.1533003193292018,0.6141737147441828,0.1716614602737368,0.287926071867546,0.5738403845921116,0.03442628828702332,0.1613055983835583,0.024656463192004853,0.03560694233842785,-0.0722974370752899,-0.01825922942350815,-0.1267935072355967,0.1165769913064513,0.07862075575034765,-0.19031735778146));
C_stack = (_:C11), (_:C12), (_:C13), (_:C14), (_:C21), (_:C22), (_:C23), (_:C24), (_:C31), (_:C32), (_:C33), (_:C34), (_:C41), (_:C42), (_:C43), (_:C44);
C_hat = _<:par(i,in*out,_):C_stack:par(i,in*out,buffer):ro.interleave(N,in*out):par(i,N,ro.interleave(in,out):par(i,out,(par(i,in,_):>_)));
norm2(n) = par(i,n,^(2)):>sqrt:_^(2);
E = par(i,in,_<:(_,_)):par(i,in,(((_':_^(2):_*(1-lambda)),(*(lambda))):>_));
LMS = ((par(i,in*N,_<:(_,_)):ro.interleave(2,N*in):(si.bus(N*in),norm2(in*N))), (par(i,in,_<:(_,_)):ro.interleave(2,in):(si.bus(in),E))):(si.bus(in*N),ro.cross1n(in), si.bus(in)):(si.bus(in*N),par(i,in,_*mu), (((_<:par(i,in,_)), si.bus(in)):ro.interleave(in,2):par(i,in,(_,_):>_):par(i,in,_+delta))):(si.bus(N*in),(ro.interleave(in,2):par(i,in,/))):(si.bus(in*N),par(i,in,_<:par(i,N,_))):(ro.interleave(N*in,2):par(i,in*N,*)):ro.interleave(in,N);
process = ((par(i,in,coeffs), x, par(i,in,_)):(H,C_hat,(ro.cross1n(in):((par(i,in,_<:(_,_)):ro.interleave(2,in)),_))):(si.bus(N*in+out),LMS,(par(i,in,_):>_),_):(par(i,in,si.bus(N)),ro.crossNM(in,in*N),_,_):((ro.interleave(in*N,2):par(i,in*N,+)),si.bus(in),_,_))~(par(i,in,coeffs)):(par(i,in*N,!),si.bus(in),ro.cross1n(1));
|
e8113bbc86f5636dc0bd0dd66aee9211db5eb91c39008459522f80a422318d39 | inria-emeraude/syfala | minimoog.dsp | import("stdfaust.lib");
// These are now in separate upstairs directories:
// echo = echog(component("echo.dsp")); // ../echo/echo.dsp
// flanger = flg(component("flanger.dsp")); // ../flanger/flanger.dsp
// chorus = chg(component("chorus.dsp")); // ../chorus/chorus.dsp
// reverb = rg(component("freeverb.dsp")); // ../freeverb/freeverb.dsp
process = main <: _,_; // Now separate: : echo : flanger : chorus : reverb;
main = (signal + attach(extInput,amp) : filters : *(ampScaling)) ~ _;
signal = oscs + noise * noiseOff * namp;
ampScaling = envelopeAmp * masterVolume; // masterVolume is redundant but easier to find
oscs = par(i,3,(oscamp(i+1)*osc(i+1))) :> _;
controlSelect(1) = osc1(vrockerred); // ("[0] use as LFO"));
octaveSelect(1) = osc1(vslider("[1] Octave1 [midi:ctrl 23] [style:knob]",1,0,5,1):int); // LO, 32', 16', 8', 4', 2'
// Osc1 detunes like Osc2 and Osc3 (unlike in the Minimoog where it would be an expensive extra knob):
detuneOctaves(1) = osc1(vslider("[2] DeTuning1 [units:Octaves] [midi:ctrl 24] [style:knob]",0.0,-1.0,1.0,0.001));
waveSelect(1) = osc1(vslider("[3] Waveform1 [midi:ctrl 25] [style:knob]",5,0,5,1):int);
amp1Enable = mr1(vslider("[1] amp1Enable [midi:ctrl 12] [style:knob] [color:blue]",1,0,1,1));
oscamp(1) = mr1(vslider("[0] Osc1 Amp [midi:ctrl 26] [style:knob]",0.5,0.0,1.0,0.001)) * amp1Enable;
eei = mr2(vslider("[1] extInputOn [midi:ctrl 13] [style:knob] [color:blue]",0,0,1,1)); // External input = MAIN OUTPUT when "off"
sei = mr2(vslider("[0] Ext Input [midi:ctrl 27] [style: knob]",0,0,1.0,0.001));
extInput(fb,extSig) = fb,extSig : select2(eei) : *(sei) : extClipLED;
extClipLED = _ <: _, (abs : >(0.95) : mr2(vbargraph("[2] Ext Input Clip [style:led]",0,1)):!);
keycLED = attach(mr2(vbargraph("[3] Keyboard Ctl [style:led]",0,1)));
controlSelect(2) = osc2(vrockerred); // ("[0] use as LFO"));
octaveSelect(2) = osc2(vslider("[1] Octave2 [midi:ctrl 28] [style:knob]",1,0,5,1):int); // LO, 32', 16', 8', 4', 2'
detuneOctaves(2) = osc2(vslider("[2] DeTuning2 [units:Octaves] [midi:ctrl 29] [style:knob]",0.41667,-1.0,1.0,0.001));
waveSelect(2) = osc2(vslider("[3] Waveform2 [midi:ctrl 30] [style:knob]",5,0,5,1):int);
amp2Enable = mr3(vslider("[1] amp2Enable [midi:ctrl 14] [style:knob] [color:blue]",1,0,1,1));
oscamp(2) = mr3(vslider("[0] Osc2 Amp [midi:ctrl 31] [style:knob]",0.5,0.0,1.0,0.001)) * amp2Enable;
noise = select2(ntype,no.noise,10.0*no.pink_noise); // pink noise needs some "make-up gain"
namp = mr4(vslider("[0] Noise Amp [midi:ctrl 32] [style: knob]",0.0,0.0,1.0,0.001));
noiseOff = mr4cbg(vslider("[0] noiseEnable [midi:ctrl 15] [style:knob] [color:blue]",0,0,1,1));
ntype = mr4cbg(vslider("[1] White/Pink [midi:ctrl 16] [tooltip: Choose either White or Pink Noise] [style: knob] [color:blue]",1,0,1,1));
controlSelect(3) = osc3(vrockerred); // ("[0] use as LFO"));
octaveSelect(3) = osc3(vslider("[1] Octave3 [midi:ctrl 33] [style:knob]",0,0,5,1):int); // LO, 32', 16', 8', 4', 2'
detuneOctaves(3) = osc3(vslider("[2] DeTuning3 [units:Octaves] [midi:ctrl 34] [style:knob]",0.3,-1.0,1.0,0.001));
waveSelect(3) = osc3(vslider("[3] Waveform3 [midi:ctrl 35] [style:knob]",0,0,5,1):int);
amp3Enable = mr5(vslider("[1] amp3Enable [midi:ctrl 17] [style:knob] [color:blue]",0,0,1,1));
oscamp(3) = mr5(vslider("[0] Osc3 Amp [midi:ctrl 36] [style:knob]",0.5,0.0,1.0,0.001)) * amp3Enable;
waveforms(i) = (tri(i), bent(i), saw(i), sq(i), ptm(i), ptn(i));
// compute oscillator frequency scale factor, staying in lg(Hz) as much as possible:
modWheelShift = 1.5*modWheel; // Manual says 0 to 1.5 octaves
modulationCenterShift = 0; // Leave this off until triangle-wave modulation is debugged
modulationShift = select2(oscModEnable, 0.0,
modWheelShift * ( modulationCenterShift + (1.0-modulationCenterShift) * oscNoiseModulation ));
octaveShift(i) = -2+int(octaveSelect(i));
osc3FixedFreq = 369.994; // F# a tritone above middle C
keyFreqGlidedMaybe = select2(osc3Control,osc3FixedFreq,keyFreqGlided);
keyFreqModulatedShifted(3) = keyFreqGlidedMaybe; // osc3 not allowed to FM itself
keyFreqModulatedShifted(i) = keyFreqGlided * pow(2.0, modulationShift); // i=1,2
// When disconnected from the keyboard, Osc3 can detune 3 octaves up or down (Pat video):
detuneBoost(3) = select2(osc3Control,3.0,1.0);
detuneBoost(i) = 1.0; // i=1,2
detuneOctavesFinal(i) = detuneOctaves(i)*detuneBoost(i);
fBase(i) = keyFreqModulatedShifted(i) * pow(2.0, (masterTuneOctaves+octaveShift(i)+detuneOctavesFinal(i)))
: si.smooth(ba.tau2pole(0.016));
fLFOBase(i) = 3.0 * pow(2.0, detuneOctavesFinal(i)); // used when osc3 (only) is in LFO mode
lfoMode(i) = (octaveSelect(i) == 0);
f(i) = select2(lfoMode(i), fBase(i), fLFOBase(i)); // lowest range setting is LFO mode for any osc
// i is 1-based:
osc(i) = ba.selectn(6, int(waveSelect(i)), tri(i), bent(i), saw(i), sq(i), ptm(i), ptn(i));
tri(i) = select2(lfoMode(i),
os.triangle(f(i)),
os.lf_triangle(f(i)));
bent(i) = 0.5*tri(i) + 0.5*saw(i); // from Minimoog manual
saw(i) = select2(lfoMode(i),
os.sawtooth(f(i)),
os.lf_saw(f(i)));
sq(i) = select2(lfoMode(i),
os.square(f(i)),
os.lf_squarewave(f(i)));
ptm(i) = select2(lfoMode(i), // Note: a Duty knob would be better than these two, or in addition
os.pulsetrain(f(i),0.25),
lf_pulsetrain(f(i),0.25));
ptn(i) = select2(lfoMode(i),
os.pulsetrain(f(i),0.125),
lf_pulsetrain(f(i),0.125));
// Soon to appear in oscillators.lib:
lf_pulsetrain(freq,duty) = 2.0*os.lf_pulsetrainpos(freq,duty) - 1.0;
filters = ba.bypass1(bp,vcf); // BYPASS WILL GO AWAY (I think you just open it up all the way to bypass):
bp = 0; // VCF is always on
fcLgHz = vcf1(vslider("[1] Corner Freq [unit:Log2(Hz)]
[tooltip: Corner resonance frequency in Log2(Hertz)]
[style: knob]
[midi:ctrl 74]", // Frequency Cutoff (aka Brightness )
10.6, log(40.0)/log(2), log(20000.0)/log(2), 0.000001)) // 9 octaves (from Minimoog manual)
//p: 40, 30, 80, 0.01))
//p: : ba.pianokey2hz
: si.smooth(ba.tau2pole(0.016));
res = vcf1(vslider("[2] Corner Resonance [midi:ctrl 37] [tooltip: Resonance Q at VCF corner frequency (0 to 1)]
[style: knob]",
0.7, 0, 1, 0.01));
vcfKeyRange = vcf1cbg(vslider("[2] Kbd Ctl [midi:ctrl 38] [tooltip: Keyboard tracking of VCF corner-frequency (0=none, 1=full)]
[style: knob]",
1, 0, 1, 0.001)); // was in mr2
vcfModEnable = vcf1cbg(vslider("[1] Filter Mod. [midi:ctrl 19] [color:red] [style:knob] [tooltip: Filter Modulation => Route Modulation Mix output to VCF frequency]",1,0,1,1));
// Note that VCF has three sources of corner-frequency setting that are added together:
// - Corner Freq knob (40 Hz to 20 kHz)
// - VCF Contour envelope (0 to 4 octaves)
// - Injection 32 of Modulation Mix (0 to 1.5 octaves)
// Manual says maximum vcf sweep spans 0 to 4 octaves:
// Original Knob went to 10, but we're going to 4 so we can say the knob is in "octaves" units:
vcfContourAmountOctaves = vcf1(vslider("[3] Amount of Contour (octaves) [midi:ctrl 39] [style: knob]", 1.2, 0, 4.0, 0.001));
vcfContourOctaves = vcfContourAmountOctaves * envelopeVCF; // in octaves
// We are assuming that the modulation-mix range for the VCF freq is 1.5 octaves like it is for oscs 1 and 2:
vcfModMixModulationOctaves = select2(vcfModEnable, 0, (1.5 * oscNoiseModulation * modWheel)); // octaves
vcfModulationOctaves = vcfModMixModulationOctaves + vcfContourOctaves;
keyFreqLogHzGlided = log(keyFreqGlided)/log(2.0); // FIXME: Start w freqLogHz not freq so we don't need exp(log()) here
keyShiftOctaves = keyFreqLogHzGlided - log(261.625565)/log(2.0); // FIXME: ARBITRARILY centering on middle C - check device
vcfKeyShiftOctaves = vcfKeyRange * keyShiftOctaves;
modulatedFcLgHz = fcLgHz + vcfModulationOctaves + vcfKeyShiftOctaves;
fc = min((0.5*ma.SR), pow(2.0,modulatedFcLgHz));
vcf = ve.moog_vcf_2bn(res,fc);
// Attack, Decay, and Sustain ranges are set according to the Minimoog manual:
attT60VCF = 0.001 * vcf2(vslider("[0] AttackF [midi:ctrl 40] [tooltip: Attack Time] [unit:ms] [style: knob]",1400,10,10000,1));
decT60VCF = 0.001 * vcf2(vslider("[0] DecayF [midi:ctrl 41] [tooltip: Decay-to-Sustain Time] [unit:ms] [style: knob]",10,10,10000,1));
susLvlVCF = 0.01 * vcf2(vslider("[0] SustainF [midi:ctrl 42] [tooltip: Sustain level as percent of max] [style: knob]",80,0,100,0.1));
decayButton = wg(vslider("Decay [midi:ctrl 20] [tooltip:Envelope Release either Decay value or 0][style:knob]",1,0,1,1):int); // was Staccato
legatoButton = wg(vslider("GlideEnable [midi:ctrl 65] [tooltip: Glide from note to note][style:knob]",1,0,1,1)); // was Legato
relT60VCF = select2(decayButton,0.010,decT60VCF);
envelopeVCF = en.adsre(attT60VCF,decT60VCF,susLvlVCF,relT60VCF,gate);
// --- Smart Keyboard interface ---
declare interface "SmartKeyboard{
'Number of Keyboards':'2',
'Keyboard 0 - Number of Keys':'13',
'Keyboard 1 - Number of Keys':'13',
'Keyboard 0 - Lowest Key':'72',
'Keyboard 1 - Lowest Key':'60'
}";
// --- functions ---
// Signal controls:
keyDownHold = gg(vslider("[0] gateHold [tooltip: lock sustain pedal on (hold gate set at 1)][style:knob]",0,0,1,1));
keyDown = gg(button("[1] gate [tooltip: The gate signal is 1 during a
note and 0 otherwise. For MIDI, NoteOn occurs when the gate
transitions from 0 to 1, and NoteOff is an event corresponding
to the gate transition from 1 to 0. The name of this Faust
button must be 'gate'.]"));
sustain = gg(button("[1] sustain [midi:ctrl 64]
[tooltip: extends the gate (keeps it set to 1)]")); // MIDI only (see smartkeyb doc)
gate = keyDown + keyDownHold + sustain : min(1);
attT60 = 0.001 * ng(vslider("[0] AttackA [midi:ctrl 43] [tooltip: Attack Time] [unit:ms] [style: knob]",2,0,5000,0.1));
decT60 = 0.001 * ng(vslider("[0] DecayA [midi:ctrl 44] [tooltip: Decay-to-Sustain Time] [unit:ms] [style: knob]",10,0,10000,0.1));
susLvl = 0.01 * ng(vslider("[0] SustainA [midi:ctrl 45] [tooltip: Sustain level as percent of max] [style: knob]",80,0,100,0.1));
relT60 = select2(decayButton,0.010,decT60); // right?
envelopeAmpNoAM = en.adsre(attT60,decT60,susLvl,relT60,gate);
AMDepth = 0.5;
envelopeAmp = select2(oscModEnable, envelopeAmpNoAM,
envelopeAmpNoAM * (1.0 + AMDepth*modWheel * 0.5 * (1.0+oscNoiseModulation)));
// Signal Parameters
ampL = volg(vslider("[1] gain [style:knob] [tooltip: Amplitude]",0.2,0,1.0,0.001));
amp = ampL : si.smoo; // envelopeAmp is multiplied once on entire signal sum
//elecGuitar.dsp values used:
bend = wg(ba.semi2ratio(hslider("[0] bend [style:knob] [midi:pitchwheel]",0,-2,2,0.01))) : si.polySmooth(gate,0.999,1);
//Previous guess:
modWheel = wg(vslider("[1] mod [midi:ctrl 1] [style:knob] [tooltip: PitchModulation amplitude in octaves]",
0,0,1.0,0.01)) : si.polySmooth(gate,0.999,1);
//p: MIDI requires frequency in Hz, not piano-keys as we had before
// Frequency Range is 0.1 Hz to 20 kHz according to the Minimoog manual:
// MIDI REQUIRES THE FOLLOWING PARAMETER TO BE NAMED 'freq':
keyFreqBent = bend * kg(hslider("[2] freq [unit:Hz] [style:knob]",220,0.1,20000,0.1));
masterVolume = vg(vslider("MasterVolume [style:knob] [midi:ctrl 7] [tooltip: master volume, MIDI controlled]",
0.7,0,1,0.001))
: si.smooth(ba.tau2pole(0.16));
masterTuneOctaves = dg(vslider("[0] Tune [midi:ctrl 47] [unit:Octaves] [style:knob]
[tooltip: Frequency-shift up or down for all oscillators in Octaves]", 0.0,-1.0,1.0,0.001));
// Oscillator Modulation HrockerRed => apply Modulation Mix output osc1&2 pitches
glide = gmmg(vslider("[0] Glide [midi:ctrl 5] [unit:sec/octave] [style:knob] [scale:log]
[tooltip: Portamento (frequency-glide) in seconds per octave]",
0.008,0.001,1.0,0.001));
legatoPole = select2(legatoButton,0.5,ba.tau2pole(glide*exp(1.0f)/2.0f)); // convert 1/e to 1/2 by slowing down exp
keyFreqGlided = keyFreqBent : si.smooth(legatoPole);
mmix = gmmg(vslider("[1] Mod. Mix [midi:ctrl 48] [style:knob] [tooltip: Modulation Mix: Osc3 (0) to Noise (1)]",
0.0,0.0,1.0,0.001));
oscNoiseModulation = (mmix * noise) + ((1.0-mmix) * osc(3)); // noise amplitude and off-switch ignored here
oscModEnable = dsg(vslider("[0] Osc. Mod. [midi:ctrl 22] [color:red] [style:knob] [tooltip:Oscillator Modulation adds Modulation Mix output to osc1&2 frequencies",1,0,1,1)); // any offset?
osc3Control = dsg(vslider("[1] Osc. 3 Ctl [midi:ctrl 9] [color:red] [style:knob] [tooltip:Oscillator 3 frequency tracks the keyboard if on, else not",0,0,1,1):int);
// This layout loosely follows the MiniMoog-V
// Arturia-only features are labeled
// Original versions also added where different
// Need vrocker and hrocker toggle switches in Faust!
// Need orange and blue color choices
// Orange => Connect modulation sources to their destinations
// Blue => Turn audio sources On and Off
// - and later -
// White => Turn performance features On and Off
// Black => Select between modulation sources
// Julius Smith for Analog Devices 3/1/2017
vrocker(x) = checkbox("%%x [style:vrocker]");
hrocker(x) = checkbox("%%x [style:hrocker]");
vrockerblue(x) = checkbox("%x [style:vrocker] [color:blue]");
vrockerblue(x) = checkbox("%x [style:vrocker] [color:blue]");
// USAGE: vrockerorange("[0] ModulationEnable");
hrockerblue(x) = checkbox("%%x [style:hrocker] [color:blue]");
vrockerred(x) = checkbox("%%x [style:vrocker] [color:red]");
hrockerred(x) = checkbox("%%x [style:hrocker] [color:red]");
declare designer "Robert A. Moog";
mmg(x) = hgroup("",x); // Minimoog + Effects
synthg(x) = mmg(vgroup("[0] Minimoog",x));
fxg(x) = mmg(hgroup("[1] Effects",x));
mg(x) = synthg(hgroup("[0]",x));
cg(x) = mg(vgroup("[0] Controllers",x)); // Formerly named "Modules" but "Minimoog" group-title is enough
vg(x) = cg(hgroup("[0] Master Volume", x));
dg(x) = cg(hgroup("[1] Oscillator Tuning & Switching", x));
// Tune knob = master tune
dsg(x) = dg(vgroup("[1] Switches", x));
// Oscillator Modulation HrockerRed => apply Modulation Mix output to osc1&2 pitches
// [MOVED here from osc3 group] Osc 3 Control VrockerRed => use osc3 as LFO instead of osc3
gmmg(x) = cg(hgroup("[2] Glide and ModMix", x));
// Glide knob [0:10] = portamento speed
// Modulation Mix knob [0:10] (between Osc3 and Noise) = mix of noise and osc3 modulating osc1&2 pitch and/or VCF freq
og(x) = mg(vgroup("[1] Oscillator Bank", x));
osc1(x) = og(hgroup("[1] Oscillator 1", x));
// UNUSED Control switch (for alignment) - Could put Oscillator Modulation switch there
// Range rotary switch: LO (slow pulses or rhythm), 32', 16', 8', 4', 2'
// Frequency <something> switch: LED to right
// Waveform rotary switch: tri, impulse/bent-triangle, saw, pulseWide, pulseMed, pulseNarrow
osc2(x) = og(hgroup("[2] Oscillator 2", x));
// UNUSED (originall) or Osc 2 Control VrockerRed
// Range rotary switch: LO, 32', 16', 8', 4', 2'
// Detuning knob: -7 to 7 [NO SWITCH]
// Waveform rotary switch: tri, impulse(?), saw, pulseWide, pulseMed, pulseNarrow
osc3(x) = og(hgroup("[3] Oscillator 3", x));
// Osc 3 Control VrockerRed => use osc3 as LFO instead of osc3
// Range rotary switch: LO, 32', 16', 8', 4', 2'
// Detuning knob: -7 to 7 [NO SWITCH]
// Waveform rotary switch: tri, impulse(?), saw, pulseWide, pulseMed, pulseNarrow
mixg(x) = mg(vgroup("[2] Mixer", x));
// Each row 5 slots to maintain alignment and include red rockers joining VCF area:
mr1(x) = mixg(hgroup("[0] Osc1", x)); // mixer row 1 =
// Osc1 Volume and Osc1 HrockerBlue & _ & _ & Filter Modulation HrockerRed
// Filter Modulation => Modulation Mix output to VCF freq
mr2(x) = mixg(hgroup("[1] Ext In, KeyCtl", x)); // row 2 = Ext In HrockerBlue and Vol and Overload LED and Keyboard Ctl HrockerRed 1
mr3(x) = mixg(hgroup("[2] Osc2", x)); // = Osc2 Volume and Osc2 HrockerBlue and Keyboard Ctl HrockerRed 2
// Keyboard Control Modulation 1&2 => 0, 1/3, 2/3, all of Keyboard Control Signal ("gate?") applied to VCF freq
mr4(x) = mixg(hgroup("[3] Noise", x)); // = Noise HrockerBlue and Volume and Noise Type VrockerBlue
mr4cbg(x) = mr4(vgroup("[1]", x)); // = Noise Off and White/Pink selection
// two rockers
mr5(x) = mixg(hgroup("[4] Osc3", x)); // Osc3 Volume and Osc3 HrockerBlue
modg(x) = mg(vgroup("[3] Modifiers", x));
vcfg(x) = modg(vgroup("[0] Filter", x));
vcf1(x) = vcfg(hgroup("[0] [tooltip:freq, Q, ContourScale]", x));
vcf1cbg(x) = vcf1(vgroup("[0] [tooltip:two checkboxes]", x));
// Filter Modulation switch
// VCF Off switch
// Corner Frequency knob
// Filter Emphasis knob
// Amount of Contour knob
vcf2(x) = vcfg(hgroup("[1] Filter Contour [tooltip:AttFilt, DecFilt, Sustain Level for Filter Contour]", x));
// Attack Time knob
// Decay Time knob
// Sustain Level knob
ng(x) = modg(hgroup("[1] Loudness Contour", x));
// Attack Time knob
// Decay Time knob
// Sustain Level knob
echog(x) = fxg(hgroup("[4] Echo",x));
ekg(x) = echog(vgroup("[0] Knobs",x));
esg(x) = echog(vgroup("[1] Switches",x));
flg(x) = fxg(hgroup("[5] Flanger",x));
flkg(x) = flg(vgroup("[0] Knobs",x));
flsg(x) = flg(vgroup("[1] Switches",x));
chg(x) = fxg(hgroup("[6] Chorus",x));
ckg(x) = chg(vgroup("[0] Knobs",x));
csg(x) = chg(vgroup("[1] Switches",x));
rg(x) = fxg(hgroup("[7] Reverb",x));
rkg(x) = rg(vgroup("[0] Knobs",x));
rsg(x) = rg(vgroup("[1] Switches",x));
outg(x) = fxg(vgroup("[8] Output", x));
volg(x) = outg(hgroup("[0] Volume Main Output", x));
// Volume knob [0-10]
// Unison switch (Arturia) or Output connect/disconnect switch (original)
// When set, all voices are stacked and instrument is in mono mode
tunerg(x) = outg(hgroup("[1] A-440 Switch", x));
vdtpolyg(x) = outg(hgroup("[2] Voice Detune / Poly", x));
// Voice Detune knob [0-10] (Arturia) or
// Polyphonic switch [red LED below] (Arturia)
// When set, instrument is in polyphonic mode with one oscillator per key
clipg(x) = fxg(vgroup("[9] Soft Clip", x));
// Soft Clipping switch [red LED above]
kg(x) = synthg(hgroup("[1] Keyboard Group", x)); // Keyboard was 3 1/2 octaves
ws(x) = kg(vgroup("[0] Wheels and Switches", x));
s1g(x) = ws(hgroup("[0] Jacks and Rockers", x));
jg(x) = s1g(vgroup("[0] MiniJacks",x));
gdlg(x) = s1g(vgroup("[1] Glide/Decay/Legato Enables",x)); // Arturia
// Glide Hrocker (see original Button version below)
// Decay Hrocker (see original Button version below) => Sets Release (R) of ADSR to either 0 or Decay (R)
// Legato Hrocker (not in original)
s2g(x) = ws(hgroup("[1] [tooltip:Wheels+]", x));
bg(x) = s2g(vgroup("[0] [tooltip:Bend Enable and Range]", x));
wg(x) = s2g(hgroup("[1] [tooltip:Bend and Mod Wheels]", x));
// Using Glide/Decay/Legato enables above following Arturia:
// dg(x) = s2g(hgroup("[2] Glide and Decay momentary pushbuttons", x));
// Glide Button injects portamento as set by Glide knob
// Decay Button uses decay of Loudness Contour (else 0)
keys(x) = kg(hgroup("[1] [tooltip:Keys]", x));
gg(x) = keys(hgroup("[0] [tooltip: Gates]",x));
// leave slot 1 open for sustain (below)
| https://raw.githubusercontent.com/inria-emeraude/syfala/422fa12cbf9475de17ad7ddafd5c04cc47d6f0d3/examples/minimoog.dsp | faust | These are now in separate upstairs directories:
echo = echog(component("echo.dsp")); // ../echo/echo.dsp
flanger = flg(component("flanger.dsp")); // ../flanger/flanger.dsp
chorus = chg(component("chorus.dsp")); // ../chorus/chorus.dsp
reverb = rg(component("freeverb.dsp")); // ../freeverb/freeverb.dsp
Now separate: : echo : flanger : chorus : reverb;
masterVolume is redundant but easier to find
("[0] use as LFO"));
LO, 32', 16', 8', 4', 2'
Osc1 detunes like Osc2 and Osc3 (unlike in the Minimoog where it would be an expensive extra knob):
External input = MAIN OUTPUT when "off"
("[0] use as LFO"));
LO, 32', 16', 8', 4', 2'
pink noise needs some "make-up gain"
("[0] use as LFO"));
LO, 32', 16', 8', 4', 2'
compute oscillator frequency scale factor, staying in lg(Hz) as much as possible:
Manual says 0 to 1.5 octaves
Leave this off until triangle-wave modulation is debugged
F# a tritone above middle C
osc3 not allowed to FM itself
i=1,2
When disconnected from the keyboard, Osc3 can detune 3 octaves up or down (Pat video):
i=1,2
used when osc3 (only) is in LFO mode
lowest range setting is LFO mode for any osc
i is 1-based:
from Minimoog manual
Note: a Duty knob would be better than these two, or in addition
Soon to appear in oscillators.lib:
BYPASS WILL GO AWAY (I think you just open it up all the way to bypass):
VCF is always on
Frequency Cutoff (aka Brightness )
9 octaves (from Minimoog manual)
p: 40, 30, 80, 0.01))
p: : ba.pianokey2hz
was in mr2
Note that VCF has three sources of corner-frequency setting that are added together:
- Corner Freq knob (40 Hz to 20 kHz)
- VCF Contour envelope (0 to 4 octaves)
- Injection 32 of Modulation Mix (0 to 1.5 octaves)
Manual says maximum vcf sweep spans 0 to 4 octaves:
Original Knob went to 10, but we're going to 4 so we can say the knob is in "octaves" units:
in octaves
We are assuming that the modulation-mix range for the VCF freq is 1.5 octaves like it is for oscs 1 and 2:
octaves
FIXME: Start w freqLogHz not freq so we don't need exp(log()) here
FIXME: ARBITRARILY centering on middle C - check device
Attack, Decay, and Sustain ranges are set according to the Minimoog manual:
was Staccato
was Legato
--- Smart Keyboard interface ---
--- functions ---
Signal controls:
MIDI only (see smartkeyb doc)
right?
Signal Parameters
envelopeAmp is multiplied once on entire signal sum
elecGuitar.dsp values used:
Previous guess:
p: MIDI requires frequency in Hz, not piano-keys as we had before
Frequency Range is 0.1 Hz to 20 kHz according to the Minimoog manual:
MIDI REQUIRES THE FOLLOWING PARAMETER TO BE NAMED 'freq':
Oscillator Modulation HrockerRed => apply Modulation Mix output osc1&2 pitches
convert 1/e to 1/2 by slowing down exp
noise amplitude and off-switch ignored here
any offset?
This layout loosely follows the MiniMoog-V
Arturia-only features are labeled
Original versions also added where different
Need vrocker and hrocker toggle switches in Faust!
Need orange and blue color choices
Orange => Connect modulation sources to their destinations
Blue => Turn audio sources On and Off
- and later -
White => Turn performance features On and Off
Black => Select between modulation sources
Julius Smith for Analog Devices 3/1/2017
USAGE: vrockerorange("[0] ModulationEnable");
Minimoog + Effects
Formerly named "Modules" but "Minimoog" group-title is enough
Tune knob = master tune
Oscillator Modulation HrockerRed => apply Modulation Mix output to osc1&2 pitches
[MOVED here from osc3 group] Osc 3 Control VrockerRed => use osc3 as LFO instead of osc3
Glide knob [0:10] = portamento speed
Modulation Mix knob [0:10] (between Osc3 and Noise) = mix of noise and osc3 modulating osc1&2 pitch and/or VCF freq
UNUSED Control switch (for alignment) - Could put Oscillator Modulation switch there
Range rotary switch: LO (slow pulses or rhythm), 32', 16', 8', 4', 2'
Frequency <something> switch: LED to right
Waveform rotary switch: tri, impulse/bent-triangle, saw, pulseWide, pulseMed, pulseNarrow
UNUSED (originall) or Osc 2 Control VrockerRed
Range rotary switch: LO, 32', 16', 8', 4', 2'
Detuning knob: -7 to 7 [NO SWITCH]
Waveform rotary switch: tri, impulse(?), saw, pulseWide, pulseMed, pulseNarrow
Osc 3 Control VrockerRed => use osc3 as LFO instead of osc3
Range rotary switch: LO, 32', 16', 8', 4', 2'
Detuning knob: -7 to 7 [NO SWITCH]
Waveform rotary switch: tri, impulse(?), saw, pulseWide, pulseMed, pulseNarrow
Each row 5 slots to maintain alignment and include red rockers joining VCF area:
mixer row 1 =
Osc1 Volume and Osc1 HrockerBlue & _ & _ & Filter Modulation HrockerRed
Filter Modulation => Modulation Mix output to VCF freq
row 2 = Ext In HrockerBlue and Vol and Overload LED and Keyboard Ctl HrockerRed 1
= Osc2 Volume and Osc2 HrockerBlue and Keyboard Ctl HrockerRed 2
Keyboard Control Modulation 1&2 => 0, 1/3, 2/3, all of Keyboard Control Signal ("gate?") applied to VCF freq
= Noise HrockerBlue and Volume and Noise Type VrockerBlue
= Noise Off and White/Pink selection
two rockers
Osc3 Volume and Osc3 HrockerBlue
Filter Modulation switch
VCF Off switch
Corner Frequency knob
Filter Emphasis knob
Amount of Contour knob
Attack Time knob
Decay Time knob
Sustain Level knob
Attack Time knob
Decay Time knob
Sustain Level knob
Volume knob [0-10]
Unison switch (Arturia) or Output connect/disconnect switch (original)
When set, all voices are stacked and instrument is in mono mode
Voice Detune knob [0-10] (Arturia) or
Polyphonic switch [red LED below] (Arturia)
When set, instrument is in polyphonic mode with one oscillator per key
Soft Clipping switch [red LED above]
Keyboard was 3 1/2 octaves
Arturia
Glide Hrocker (see original Button version below)
Decay Hrocker (see original Button version below) => Sets Release (R) of ADSR to either 0 or Decay (R)
Legato Hrocker (not in original)
Using Glide/Decay/Legato enables above following Arturia:
dg(x) = s2g(hgroup("[2] Glide and Decay momentary pushbuttons", x));
Glide Button injects portamento as set by Glide knob
Decay Button uses decay of Loudness Contour (else 0)
leave slot 1 open for sustain (below) | import("stdfaust.lib");
main = (signal + attach(extInput,amp) : filters : *(ampScaling)) ~ _;
signal = oscs + noise * noiseOff * namp;
oscs = par(i,3,(oscamp(i+1)*osc(i+1))) :> _;
detuneOctaves(1) = osc1(vslider("[2] DeTuning1 [units:Octaves] [midi:ctrl 24] [style:knob]",0.0,-1.0,1.0,0.001));
waveSelect(1) = osc1(vslider("[3] Waveform1 [midi:ctrl 25] [style:knob]",5,0,5,1):int);
amp1Enable = mr1(vslider("[1] amp1Enable [midi:ctrl 12] [style:knob] [color:blue]",1,0,1,1));
oscamp(1) = mr1(vslider("[0] Osc1 Amp [midi:ctrl 26] [style:knob]",0.5,0.0,1.0,0.001)) * amp1Enable;
sei = mr2(vslider("[0] Ext Input [midi:ctrl 27] [style: knob]",0,0,1.0,0.001));
extInput(fb,extSig) = fb,extSig : select2(eei) : *(sei) : extClipLED;
extClipLED = _ <: _, (abs : >(0.95) : mr2(vbargraph("[2] Ext Input Clip [style:led]",0,1)):!);
keycLED = attach(mr2(vbargraph("[3] Keyboard Ctl [style:led]",0,1)));
detuneOctaves(2) = osc2(vslider("[2] DeTuning2 [units:Octaves] [midi:ctrl 29] [style:knob]",0.41667,-1.0,1.0,0.001));
waveSelect(2) = osc2(vslider("[3] Waveform2 [midi:ctrl 30] [style:knob]",5,0,5,1):int);
amp2Enable = mr3(vslider("[1] amp2Enable [midi:ctrl 14] [style:knob] [color:blue]",1,0,1,1));
oscamp(2) = mr3(vslider("[0] Osc2 Amp [midi:ctrl 31] [style:knob]",0.5,0.0,1.0,0.001)) * amp2Enable;
namp = mr4(vslider("[0] Noise Amp [midi:ctrl 32] [style: knob]",0.0,0.0,1.0,0.001));
noiseOff = mr4cbg(vslider("[0] noiseEnable [midi:ctrl 15] [style:knob] [color:blue]",0,0,1,1));
ntype = mr4cbg(vslider("[1] White/Pink [midi:ctrl 16] [tooltip: Choose either White or Pink Noise] [style: knob] [color:blue]",1,0,1,1));
detuneOctaves(3) = osc3(vslider("[2] DeTuning3 [units:Octaves] [midi:ctrl 34] [style:knob]",0.3,-1.0,1.0,0.001));
waveSelect(3) = osc3(vslider("[3] Waveform3 [midi:ctrl 35] [style:knob]",0,0,5,1):int);
amp3Enable = mr5(vslider("[1] amp3Enable [midi:ctrl 17] [style:knob] [color:blue]",0,0,1,1));
oscamp(3) = mr5(vslider("[0] Osc3 Amp [midi:ctrl 36] [style:knob]",0.5,0.0,1.0,0.001)) * amp3Enable;
waveforms(i) = (tri(i), bent(i), saw(i), sq(i), ptm(i), ptn(i));
modulationShift = select2(oscModEnable, 0.0,
modWheelShift * ( modulationCenterShift + (1.0-modulationCenterShift) * oscNoiseModulation ));
octaveShift(i) = -2+int(octaveSelect(i));
keyFreqGlidedMaybe = select2(osc3Control,osc3FixedFreq,keyFreqGlided);
detuneBoost(3) = select2(osc3Control,3.0,1.0);
detuneOctavesFinal(i) = detuneOctaves(i)*detuneBoost(i);
fBase(i) = keyFreqModulatedShifted(i) * pow(2.0, (masterTuneOctaves+octaveShift(i)+detuneOctavesFinal(i)))
: si.smooth(ba.tau2pole(0.016));
lfoMode(i) = (octaveSelect(i) == 0);
osc(i) = ba.selectn(6, int(waveSelect(i)), tri(i), bent(i), saw(i), sq(i), ptm(i), ptn(i));
tri(i) = select2(lfoMode(i),
os.triangle(f(i)),
os.lf_triangle(f(i)));
saw(i) = select2(lfoMode(i),
os.sawtooth(f(i)),
os.lf_saw(f(i)));
sq(i) = select2(lfoMode(i),
os.square(f(i)),
os.lf_squarewave(f(i)));
os.pulsetrain(f(i),0.25),
lf_pulsetrain(f(i),0.25));
ptn(i) = select2(lfoMode(i),
os.pulsetrain(f(i),0.125),
lf_pulsetrain(f(i),0.125));
lf_pulsetrain(freq,duty) = 2.0*os.lf_pulsetrainpos(freq,duty) - 1.0;
fcLgHz = vcf1(vslider("[1] Corner Freq [unit:Log2(Hz)]
[tooltip: Corner resonance frequency in Log2(Hertz)]
[style: knob]
: si.smooth(ba.tau2pole(0.016));
res = vcf1(vslider("[2] Corner Resonance [midi:ctrl 37] [tooltip: Resonance Q at VCF corner frequency (0 to 1)]
[style: knob]",
0.7, 0, 1, 0.01));
vcfKeyRange = vcf1cbg(vslider("[2] Kbd Ctl [midi:ctrl 38] [tooltip: Keyboard tracking of VCF corner-frequency (0=none, 1=full)]
[style: knob]",
vcfModEnable = vcf1cbg(vslider("[1] Filter Mod. [midi:ctrl 19] [color:red] [style:knob] [tooltip: Filter Modulation => Route Modulation Mix output to VCF frequency]",1,0,1,1));
vcfContourAmountOctaves = vcf1(vslider("[3] Amount of Contour (octaves) [midi:ctrl 39] [style: knob]", 1.2, 0, 4.0, 0.001));
vcfModulationOctaves = vcfModMixModulationOctaves + vcfContourOctaves;
vcfKeyShiftOctaves = vcfKeyRange * keyShiftOctaves;
modulatedFcLgHz = fcLgHz + vcfModulationOctaves + vcfKeyShiftOctaves;
fc = min((0.5*ma.SR), pow(2.0,modulatedFcLgHz));
vcf = ve.moog_vcf_2bn(res,fc);
attT60VCF = 0.001 * vcf2(vslider("[0] AttackF [midi:ctrl 40] [tooltip: Attack Time] [unit:ms] [style: knob]",1400,10,10000,1));
decT60VCF = 0.001 * vcf2(vslider("[0] DecayF [midi:ctrl 41] [tooltip: Decay-to-Sustain Time] [unit:ms] [style: knob]",10,10,10000,1));
susLvlVCF = 0.01 * vcf2(vslider("[0] SustainF [midi:ctrl 42] [tooltip: Sustain level as percent of max] [style: knob]",80,0,100,0.1));
relT60VCF = select2(decayButton,0.010,decT60VCF);
envelopeVCF = en.adsre(attT60VCF,decT60VCF,susLvlVCF,relT60VCF,gate);
declare interface "SmartKeyboard{
'Number of Keyboards':'2',
'Keyboard 0 - Number of Keys':'13',
'Keyboard 1 - Number of Keys':'13',
'Keyboard 0 - Lowest Key':'72',
'Keyboard 1 - Lowest Key':'60'
}";
keyDownHold = gg(vslider("[0] gateHold [tooltip: lock sustain pedal on (hold gate set at 1)][style:knob]",0,0,1,1));
keyDown = gg(button("[1] gate [tooltip: The gate signal is 1 during a
note and 0 otherwise. For MIDI, NoteOn occurs when the gate
transitions from 0 to 1, and NoteOff is an event corresponding
to the gate transition from 1 to 0. The name of this Faust
button must be 'gate'.]"));
sustain = gg(button("[1] sustain [midi:ctrl 64]
gate = keyDown + keyDownHold + sustain : min(1);
attT60 = 0.001 * ng(vslider("[0] AttackA [midi:ctrl 43] [tooltip: Attack Time] [unit:ms] [style: knob]",2,0,5000,0.1));
decT60 = 0.001 * ng(vslider("[0] DecayA [midi:ctrl 44] [tooltip: Decay-to-Sustain Time] [unit:ms] [style: knob]",10,0,10000,0.1));
susLvl = 0.01 * ng(vslider("[0] SustainA [midi:ctrl 45] [tooltip: Sustain level as percent of max] [style: knob]",80,0,100,0.1));
envelopeAmpNoAM = en.adsre(attT60,decT60,susLvl,relT60,gate);
AMDepth = 0.5;
envelopeAmp = select2(oscModEnable, envelopeAmpNoAM,
envelopeAmpNoAM * (1.0 + AMDepth*modWheel * 0.5 * (1.0+oscNoiseModulation)));
ampL = volg(vslider("[1] gain [style:knob] [tooltip: Amplitude]",0.2,0,1.0,0.001));
bend = wg(ba.semi2ratio(hslider("[0] bend [style:knob] [midi:pitchwheel]",0,-2,2,0.01))) : si.polySmooth(gate,0.999,1);
modWheel = wg(vslider("[1] mod [midi:ctrl 1] [style:knob] [tooltip: PitchModulation amplitude in octaves]",
0,0,1.0,0.01)) : si.polySmooth(gate,0.999,1);
keyFreqBent = bend * kg(hslider("[2] freq [unit:Hz] [style:knob]",220,0.1,20000,0.1));
masterVolume = vg(vslider("MasterVolume [style:knob] [midi:ctrl 7] [tooltip: master volume, MIDI controlled]",
0.7,0,1,0.001))
: si.smooth(ba.tau2pole(0.16));
masterTuneOctaves = dg(vslider("[0] Tune [midi:ctrl 47] [unit:Octaves] [style:knob]
[tooltip: Frequency-shift up or down for all oscillators in Octaves]", 0.0,-1.0,1.0,0.001));
glide = gmmg(vslider("[0] Glide [midi:ctrl 5] [unit:sec/octave] [style:knob] [scale:log]
[tooltip: Portamento (frequency-glide) in seconds per octave]",
0.008,0.001,1.0,0.001));
keyFreqGlided = keyFreqBent : si.smooth(legatoPole);
mmix = gmmg(vslider("[1] Mod. Mix [midi:ctrl 48] [style:knob] [tooltip: Modulation Mix: Osc3 (0) to Noise (1)]",
0.0,0.0,1.0,0.001));
osc3Control = dsg(vslider("[1] Osc. 3 Ctl [midi:ctrl 9] [color:red] [style:knob] [tooltip:Oscillator 3 frequency tracks the keyboard if on, else not",0,0,1,1):int);
vrocker(x) = checkbox("%%x [style:vrocker]");
hrocker(x) = checkbox("%%x [style:hrocker]");
vrockerblue(x) = checkbox("%x [style:vrocker] [color:blue]");
vrockerblue(x) = checkbox("%x [style:vrocker] [color:blue]");
hrockerblue(x) = checkbox("%%x [style:hrocker] [color:blue]");
vrockerred(x) = checkbox("%%x [style:vrocker] [color:red]");
hrockerred(x) = checkbox("%%x [style:hrocker] [color:red]");
declare designer "Robert A. Moog";
synthg(x) = mmg(vgroup("[0] Minimoog",x));
fxg(x) = mmg(hgroup("[1] Effects",x));
mg(x) = synthg(hgroup("[0]",x));
vg(x) = cg(hgroup("[0] Master Volume", x));
dg(x) = cg(hgroup("[1] Oscillator Tuning & Switching", x));
dsg(x) = dg(vgroup("[1] Switches", x));
gmmg(x) = cg(hgroup("[2] Glide and ModMix", x));
og(x) = mg(vgroup("[1] Oscillator Bank", x));
osc1(x) = og(hgroup("[1] Oscillator 1", x));
osc2(x) = og(hgroup("[2] Oscillator 2", x));
osc3(x) = og(hgroup("[3] Oscillator 3", x));
mixg(x) = mg(vgroup("[2] Mixer", x));
modg(x) = mg(vgroup("[3] Modifiers", x));
vcfg(x) = modg(vgroup("[0] Filter", x));
vcf1(x) = vcfg(hgroup("[0] [tooltip:freq, Q, ContourScale]", x));
vcf1cbg(x) = vcf1(vgroup("[0] [tooltip:two checkboxes]", x));
vcf2(x) = vcfg(hgroup("[1] Filter Contour [tooltip:AttFilt, DecFilt, Sustain Level for Filter Contour]", x));
ng(x) = modg(hgroup("[1] Loudness Contour", x));
echog(x) = fxg(hgroup("[4] Echo",x));
ekg(x) = echog(vgroup("[0] Knobs",x));
esg(x) = echog(vgroup("[1] Switches",x));
flg(x) = fxg(hgroup("[5] Flanger",x));
flkg(x) = flg(vgroup("[0] Knobs",x));
flsg(x) = flg(vgroup("[1] Switches",x));
chg(x) = fxg(hgroup("[6] Chorus",x));
ckg(x) = chg(vgroup("[0] Knobs",x));
csg(x) = chg(vgroup("[1] Switches",x));
rg(x) = fxg(hgroup("[7] Reverb",x));
rkg(x) = rg(vgroup("[0] Knobs",x));
rsg(x) = rg(vgroup("[1] Switches",x));
outg(x) = fxg(vgroup("[8] Output", x));
volg(x) = outg(hgroup("[0] Volume Main Output", x));
tunerg(x) = outg(hgroup("[1] A-440 Switch", x));
vdtpolyg(x) = outg(hgroup("[2] Voice Detune / Poly", x));
clipg(x) = fxg(vgroup("[9] Soft Clip", x));
ws(x) = kg(vgroup("[0] Wheels and Switches", x));
s1g(x) = ws(hgroup("[0] Jacks and Rockers", x));
jg(x) = s1g(vgroup("[0] MiniJacks",x));
s2g(x) = ws(hgroup("[1] [tooltip:Wheels+]", x));
bg(x) = s2g(vgroup("[0] [tooltip:Bend Enable and Range]", x));
wg(x) = s2g(hgroup("[1] [tooltip:Bend and Mod Wheels]", x));
keys(x) = kg(hgroup("[1] [tooltip:Keys]", x));
gg(x) = keys(hgroup("[0] [tooltip: Gates]",x));
|
50d11a81e940ace4a144ada5d0270b3733368bf27a35622be3702006b9701330 | inria-emeraude/syfala | minimoog-novation.dsp | import("stdfaust.lib");
declare options "[midi:on]";
// These are now in separate upstairs directories:
// echo = echog(component("echo.dsp")); // ../echo/echo.dsp
// flanger = flg(component("flanger.dsp")); // ../flanger/flanger.dsp
// chorus = chg(component("chorus.dsp")); // ../chorus/chorus.dsp
// reverb = rg(component("freeverb.dsp")); // ../freeverb/freeverb.dsp
note_base = 47;
// bottom-left pads (1-to-4)
note_0 = 1 * hslider("note_1[midi:key 73]", 0, 0, 1, 1);
note_1 = 2 * hslider("note_2[midi:key 74]", 0, 0, 1, 1);
note_2 = 3 * hslider("note_3[midi:key 75]", 0, 0, 1, 1);
note_3 = 4 * hslider("note_4[midi:key 76]", 0, 0, 1, 1);
// bottom-right pads (5-to-8)
note_4 = 5 * hslider("note_5[midi:key 89]", 0, 0, 1, 1);
note_5 = 6 * hslider("note_6[midi:key 90]", 0, 0, 1, 1);
note_6 = 7 * hslider("note_7[midi:key 91]", 0, 0, 1, 1);
note_7 = 8 * hslider("note_8[midi:key 92]", 0, 0, 1, 1);
// top-left pads (1-to-4)
note_8 = 9 * hslider("note_9[midi:key 41]", 0, 0, 1, 1);
note_9 = 10 * hslider("note_10[midi:key 42]", 0, 0, 1, 1);
note_10 = 11 * hslider("note_11[midi:key 43]", 0, 0, 1, 1);
note_11 = 12 * hslider("note_12[midi:key 44]", 0, 0, 1, 1);
// top-right pads (5-to-8)
note_12 = 13 * hslider("note_13[midi:key 57]", 0, 0, 1, 1);
note_13 = 14 * hslider("note_14[midi:key 58]", 0, 0, 1, 1);
note_14 = 15 * hslider("note_15[midi:key 59]", 0, 0, 1, 1);
note_15 = 16 * hslider("note_16[midi:key 60]", 0, 0, 1, 1);
main_note = note_base
+ note_0
+ note_1
+ note_2
+ note_3
+ note_4
+ note_5
+ note_6
+ note_7
+ note_8
+ note_9
+ note_10
+ note_11
+ note_12
+ note_13
+ note_14
+ note_15
;
main_gate = main_note > note_base;
process = main <: _,_; // Now separate: : echo : flanger : chorus : reverb;
main = (signal + attach(extInput,amp) : filters : *(ampScaling)) ~ _;
signal = oscs + noise * noiseOff * namp;
ampScaling = envelopeAmp * masterVolume; // masterVolume is redundant but easier to find
oscs = par(i,3,(oscamp(i+1)*osc(i+1))) :> _;
controlSelect(1) = osc1(vrockerred); // ("[0] use as LFO"));
octaveSelect(1) = osc1(vslider("[1] Octave1 [midi:ctrl 49] [style:knob]",1,0,5,1):int); // LO, 32', 16', 8', 4', 2'
// Osc1 detunes like Osc2 and Osc3 (unlike in the Minimoog where it would be an expensive extra knob):
detuneOctaves(1) = osc1(vslider("[2] DeTuning1 [units:Octaves] [midi:ctrl 29] [style:knob]",0.0,-1.0,1.0,0.001));
waveSelect(1) = osc1(vslider("[3] Waveform1 [midi:ctrl 13] [style:knob]",5,0,5,1):int);
amp1Enable = mr1(vslider("[1] amp1Enable [midleft i:ctrl 12] [style:knob] [color:blue]",1,0,1,1));
oscamp(1) = mr1(vslider("[0] Osc1 Amp [midi:ctrl 77] [style:knob]",0.5,0.0,1.0,0.001)) * amp1Enable;
eei = mr2(vslider("[1] extInputOn [midi:ctrl 13] [style:knob] [color:blue]",0,0,1,1)); // External input = MAIN OUTPUT when "off"
sei = mr2(vslider("[0] Ext Input [midi:ctrl 27] [style: knob]",0,0,1.0,0.001));
extInput(fb,extSig) = fb,extSig : select2(eei) : *(sei) : extClipLED;
extClipLED = _ <: _, (abs : >(0.95) : mr2(vbargraph("[2] Ext Input Clip [style:led]",0,1)):!);
keycLED = attach(mr2(vbargraph("[3] Keyboard Ctl [style:led]",0,1)));
controlSelect(2) = osc2(vrockerred); // ("[0] use as LFO"));
octaveSelect(2) = osc2(vslider("[1] Octave2 [midi:ctrl 50] [style:knob]",1,0,5,1):int); // LO, 32', 16', 8', 4', 2'
detuneOctaves(2) = osc2(vslider("[2] DeTuning2 [units:Octaves] [midi:ctrl 30] [style:knob]",0.41667,-1.0,1.0,0.001));
waveSelect(2) = osc2(vslider("[3] Waveform2 [midi:ctrl 14] [style:knob]",5,0,5,1):int);
amp2Enable = mr3(vslider("[1] amp2Enable [midi:ctrl 14] [style:knob] [color:blue]",1,0,1,1));
oscamp(2) = mr3(vslider("[0] Osc2 Amp [midi:ctrl 78] [style:knob]",0.5,0.0,1.0,0.001)) * amp2Enable;
noise = select2(ntype,no.noise,10.0*no.pink_noise); // pink noise needs some "make-up gain"
namp = mr4(vslider("[0] Noise Amp [midi:ctrl 80] [style: knob]",0.0,0.0,1.0,0.001));
noiseOff = mr4cbg(vslider("[0] noiseEnable [midi:ctrl 52] [style:knob] [color:blue]",0,0,1,1));
ntype = mr4cbg(vslider("[1] White/Pink [midi:ctrl 32] [tooltip: Choose either White or Pink Noise] [style: knob] [color:blue]",1,0,1,1));
controlSelect(3) = osc3(vrockerred); // ("[0] use as LFO"));
octaveSelect(3) = osc3(vslider("[1] Octave3 [midi:ctrl 51] [style:knob]",0,0,5,1):int); // LO, 32', 16', 8', 4', 2'
detuneOctaves(3) = osc3(vslider("[2] DeTuning3 [units:Octaves] [midi:ctrl 31] [style:knob]",0.3,-1.0,1.0,0.001));
waveSelect(3) = osc3(vslider("[3] Waveform3 [midi:ctrl 15] [style:knob]",0,0,5,1):int);
amp3Enable = mr5(vslider("[1] amp3Enable [midi:ctrl 17] [style:knob] [color:blue]",0,0,1,1));
oscamp(3) = mr5(vslider("[0] Osc3 Amp [midi:ctrl 79] [style:knob]",0.5,0.0,1.0,0.001)) * amp3Enable;
waveforms(i) = (tri(i), bent(i), saw(i), sq(i), ptm(i), ptn(i));
// compute oscillator frequency scale factor, staying in lg(Hz) as much as possible:
modWheelShift = 1.5*modWheel; // Manual says 0 to 1.5 octaves
modulationCenterShift = 0; // Leave this off until triangle-wave modulation is debugged
modulationShift = select2(oscModEnable, 0.0,
modWheelShift * ( modulationCenterShift + (1.0-modulationCenterShift) * oscNoiseModulation ));
octaveShift(i) = -2+int(octaveSelect(i));
osc3FixedFreq = 369.994; // F# a tritone above middle C
keyFreqGlidedMaybe = select2(osc3Control,osc3FixedFreq,keyFreqGlided);
keyFreqModulatedShifted(3) = keyFreqGlidedMaybe; // osc3 not allowed to FM itself
keyFreqModulatedShifted(i) = keyFreqGlided * pow(2.0, modulationShift); // i=1,2
// When disconnected from the keyboard, Osc3 can detune 3 octaves up or down (Pat video):
detuneBoost(3) = select2(osc3Control,3.0,1.0);
detuneBoost(i) = 1.0; // i=1,2
detuneOctavesFinal(i) = detuneOctaves(i)*detuneBoost(i);
fBase(i) = keyFreqModulatedShifted(i) * pow(2.0, (masterTuneOctaves+octaveShift(i)+detuneOctavesFinal(i)))
: si.smooth(ba.tau2pole(0.016));
fLFOBase(i) = 3.0 * pow(2.0, detuneOctavesFinal(i)); // used when osc3 (only) is in LFO mode
lfoMode(i) = (octaveSelect(i) == 0);
f(i) = select2(lfoMode(i), fBase(i), fLFOBase(i)); // lowest range setting is LFO mode for any osc
// i is 1-based:
osc(i) = ba.selectn(6, int(waveSelect(i)), tri(i), bent(i), saw(i), sq(i), ptm(i), ptn(i));
tri(i) = select2(lfoMode(i),
os.triangle(f(i)),
os.lf_triangle(f(i)));
bent(i) = 0.5*tri(i) + 0.5*saw(i); // from Minimoog manual
saw(i) = select2(lfoMode(i),
os.sawtooth(f(i)),
os.lf_saw(f(i)));
sq(i) = select2(lfoMode(i),
os.square(f(i)),
os.lf_squarewave(f(i)));
ptm(i) = select2(lfoMode(i), // Note: a Duty knob would be better than these two, or in addition
os.pulsetrain(f(i),0.25),
lf_pulsetrain(f(i),0.25));
ptn(i) = select2(lfoMode(i),
os.pulsetrain(f(i),0.125),
lf_pulsetrain(f(i),0.125));
// Soon to appear in oscillators.lib:
lf_pulsetrain(freq,duty) = 2.0*os.lf_pulsetrainpos(freq,duty) - 1.0;
filters = ba.bypass1(bp,vcf); // BYPASS WILL GO AWAY (I think you just open it up all the way to bypass):
bp = 0; // VCF is always on
fcLgHz = vcf1(vslider("[1] Corner Freq [unit:Log2(Hz)]
[tooltip: Corner resonance frequency in Log2(Hertz)]
[style: knob]
[midi:ctrl 17]", // Frequency Cutoff (aka Brightness )
10.6, log(40.0)/log(2), log(20000.0)/log(2), 0.000001)) // 9 octaves (from Minimoog manual)
//p: 40, 30, 80, 0.01))
//p: : ba.pianokey2hz
: si.smooth(ba.tau2pole(0.016));
res = vcf1(vslider("[2] Corner Resonance [midi:ctrl 33] [tooltip: Resonance Q at VCF corner frequency (0 to 1)]
[style: knob]",
0.7, 0, 1, 0.01));
vcfKeyRange = vcf1cbg(vslider("[2] Kbd Ctl [midi:ctrl 38] [tooltip: Keyboard tracking of VCF corner-frequency (0=none, 1=full)]
[style: knob]",
1, 0, 1, 0.001)); // was in mr2
vcfModEnable = vcf1cbg(vslider("[1] Filter Mod. [midi:ctrl 53] [color:red] [style:knob] [tooltip: Filter Modulation => Route Modulation Mix output to VCF frequency]",1,0,1,1));
// Note that VCF has three sources of corner-frequency setting that are added together:
// - Corner Freq knob (40 Hz to 20 kHz)
// - VCF Contour envelope (0 to 4 octaves)
// - Injection 32 of Modulation Mix (0 to 1.5 octaves)
// Manual says maximum vcf sweep spans 0 to 4 octaves:
// Original Knob went to 10, but we're going to 4 so we can say the knob is in "octaves" units:
vcfContourAmountOctaves = vcf1(vslider("[3] Amount of Contour (octaves) [midi:ctrl 39] [style: knob]", 1.2, 0, 4.0, 0.001));
vcfContourOctaves = vcfContourAmountOctaves * envelopeVCF; // in octaves
// We are assuming that the modulation-mix range for the VCF freq is 1.5 octaves like it is for oscs 1 and 2:
vcfModMixModulationOctaves = select2(vcfModEnable, 0, (1.5 * oscNoiseModulation * modWheel)); // octaves
vcfModulationOctaves = vcfModMixModulationOctaves + vcfContourOctaves;
keyFreqLogHzGlided = log(keyFreqGlided)/log(2.0); // FIXME: Start w freqLogHz not freq so we don't need exp(log()) here
keyShiftOctaves = keyFreqLogHzGlided - log(261.625565)/log(2.0); // FIXME: ARBITRARILY centering on middle C - check device
vcfKeyShiftOctaves = vcfKeyRange * keyShiftOctaves;
modulatedFcLgHz = fcLgHz + vcfModulationOctaves + vcfKeyShiftOctaves;
fc = min((0.5*ma.SR), pow(2.0,modulatedFcLgHz));
vcf = ve.moog_vcf_2bn(res,fc);
// Attack, Decay, and Sustain ranges are set according to the Minimoog manual:
attT60VCF = 0.001 * vcf2(vslider("[0] AttackF [midi:ctrl 81] [tooltip: Attack Time] [unit:ms] [style: knob]",1400,10,10000,1));
decT60VCF = 0.001 * vcf2(vslider("[0] DecayF [midi:ctrl 82] [tooltip: Decay-to-Sustain Time] [unit:ms] [style: knob]",10,10,10000,1));
susLvlVCF = 0.01 * vcf2(vslider("[0] SustainF [midi:ctrl 83] [tooltip: Sustain level as percent of max] [style: knob]",80,0,100,0.1));
decayButton = wg(vslider("Decay [midi:ctrl 20] [tooltip:Envelope Release either Decay value or 0][style:knob]",1,0,1,1):int); // was Staccato
legatoButton = wg(vslider("GlideEnable [midi:ctrl 65] [tooltip: Glide from note to note][style:knob]",1,0,1,1)); // was Legato
relT60VCF = select2(decayButton,0.010,decT60VCF);
envelopeVCF = en.adsre(attT60VCF,decT60VCF,susLvlVCF,relT60VCF,gate);
// --- Smart Keyboard interface ---
declare interface "SmartKeyboard{
'Number of Keyboards':'2',
'Keyboard 0 - Number of Keys':'13',
'Keyboard 1 - Number of Keys':'13',
'Keyboard 0 - Lowest Key':'72',
'Keyboard 1 - Lowest Key':'60'
}";
// --- functions ---
// Signal controls:
keyDownHold = gg(vslider("[0] gateHold [tooltip: lock sustain pedal on (hold gate set at 1)][style:knob]",0,0,1,1));
keyDown = gg(button("[1] gate [tooltip: The gate signal is 1 during a
note and 0 otherwise. For MIDI, NoteOn occurs when the gate
transitions from 0 to 1, and NoteOff is an event corresponding
to the gate transition from 1 to 0. The name of this Faust
button must be 'gate'.]"));
sustain = gg(button("[1] sustain [midi:ctrl 64]
[tooltip: extends the gate (keeps it set to 1)]")); // MIDI only (see smartkeyb doc)
//gate = keyDown + keyDownHold + sustain : min(1);
gate = main_gate + keyDown + keyDownHold + sustain : min(1);
attT60 = 0.001 * ng(vslider("[0] AttackA [midi:ctrl 43] [tooltip: Attack Time] [unit:ms] [style: knob]",2,0,5000,0.1));
decT60 = 0.001 * ng(vslider("[0] DecayA [midi:ctrl 44] [tooltip: Decay-to-Sustain Time] [unit:ms] [style: knob]",10,0,10000,0.1));
susLvl = 0.01 * ng(vslider("[0] SustainA [midi:ctrl 45] [tooltip: Sustain level as percent of max] [style: knob]",80,0,100,0.1));
relT60 = select2(decayButton,0.010,decT60); // right?
envelopeAmpNoAM = en.adsre(attT60,decT60,susLvl,relT60,gate);
AMDepth = 0.5;
envelopeAmp = select2(oscModEnable, envelopeAmpNoAM,
envelopeAmpNoAM * (1.0 + AMDepth*modWheel * 0.5 * (1.0+oscNoiseModulation)));
// Signal Parameters
ampL = volg(vslider("[1] gain [style:knob] [midi:ctrl 84] [tooltip: Amplitude]",0.2,0,1.0,0.001));
amp = ampL : si.smoo; // envelopeAmp is multiplied once on entire signal sum
//elecGuitar.dsp values used:
bend = wg(ba.semi2ratio(hslider("[0] bend [style:knob] [midi:pitchwheel]",0,-2,2,0.01))) : si.polySmooth(gate,0.999,1);
//Previous guess:
modWheel = wg(vslider("[1] mod [midi:ctrl 1] [style:knob] [tooltip: PitchModulation amplitude in octaves]",
0,0,1.0,0.01)) : si.polySmooth(gate,0.999,1);
//p: MIDI requires frequency in Hz, not piano-keys as we had before
// Frequency Range is 0.1 Hz to 20 kHz according to the Minimoog manual:
// MIDI REQUIRES THE FOLLOWING PARAMETER TO BE NAMED 'freq':
keyFreqBent = ba.midikey2hz(main_note); //+ kg(hslider("[2] freq [unit:Hz] [style:knob]",440,0.1,20000,0.1));
//keyFreqBent = bend * main_note;
masterVolume = vg(vslider("MasterVolume [style:knob] [midi:ctrl 7] [tooltip: master volume, MIDI controlled]",
0.7,0,1,0.001))
: si.smooth(ba.tau2pole(0.16));
masterTuneOctaves = dg(vslider("[0] Tune [midi:ctrl 47] [unit:Octaves] [style:knob]
[tooltip: Frequency-shift up or down for all oscillators in Octaves]", 0.0,-1.0,1.0,0.001));
// Oscillator Modulation HrockerRed => apply Modulation Mix output osc1&2 pitches
glide = gmmg(vslider("[0] Glide [midi:ctrl 5] [unit:sec/octave] [style:knob] [scale:log]
[tooltip: Portamento (frequency-glide) in seconds per octave]",
0.008,0.001,1.0,0.001));
legatoPole = select2(legatoButton,0.5,ba.tau2pole(glide*exp(1.0f)/2.0f)); // convert 1/e to 1/2 by slowing down exp
keyFreqGlided = keyFreqBent : si.smooth(legatoPole);
mmix = gmmg(vslider("[1] Mod. Mix [midi:ctrl 48] [style:knob] [tooltip: Modulation Mix: Osc3 (0) to Noise (1)]",
0.0,0.0,1.0,0.001));
oscNoiseModulation = (mmix * noise) + ((1.0-mmix) * osc(3)); // noise amplitude and off-switch ignored here
oscModEnable = dsg(vslider("[0] Osc. Mod. [midi:ctrl 22] [color:red] [style:knob] [tooltip:Oscillator Modulation adds Modulation Mix output to osc1&2 frequencies",1,0,1,1)); // any offset?
osc3Control = dsg(vslider("[1] Osc. 3 Ctl [midi:ctrl 9] [color:red] [style:knob] [tooltip:Oscillator 3 frequency tracks the keyboard if on, else not",0,0,1,1):int);
// This layout loosely follows the MiniMoog-V
// Arturia-only features are labeled
// Original versions also added where different
// Need vrocker and hrocker toggle switches in Faust!
// Need orange and blue color choices
// Orange => Connect modulation sources to their destinations
// Blue => Turn audio sources On and Off
// - and later -
// White => Turn performance features On and Off
// Black => Select between modulation sources
// Julius Smith for Analog Devices 3/1/2017
vrocker(x) = checkbox("%%x [style:vrocker]");
hrocker(x) = checkbox("%%x [style:hrocker]");
vrockerblue(x) = checkbox("%x [style:vrocker] [color:blue]");
vrockerblue(x) = checkbox("%x [style:vrocker] [color:blue]");
// USAGE: vrockerorange("[0] ModulationEnable");
hrockerblue(x) = checkbox("%%x [style:hrocker] [color:blue]");
vrockerred(x) = checkbox("%%x [style:vrocker] [color:red]");
hrockerred(x) = checkbox("%%x [style:hrocker] [color:red]");
declare designer "Robert A. Moog";
mmg(x) = hgroup("",x); // Minimoog + Effects
synthg(x) = mmg(vgroup("[0] Minimoog",x));
fxg(x) = mmg(hgroup("[1] Effects",x));
mg(x) = synthg(hgroup("[0]",x));
cg(x) = mg(vgroup("[0] Controllers",x)); // Formerly named "Modules" but "Minimoog" group-title is enough
vg(x) = cg(hgroup("[0] Master Volume", x));
dg(x) = cg(hgroup("[1] Oscillator Tuning & Switching", x));
// Tune knob = master tune
dsg(x) = dg(vgroup("[1] Switches", x));
// Oscillator Modulation HrockerRed => apply Modulation Mix output to osc1&2 pitches
// [MOVED here from osc3 group] Osc 3 Control VrockerRed => use osc3 as LFO instead of osc3
gmmg(x) = cg(hgroup("[2] Glide and ModMix", x));
// Glide knob [0:10] = portamento speed
// Modulation Mix knob [0:10] (between Osc3 and Noise) = mix of noise and osc3 modulating osc1&2 pitch and/or VCF freq
og(x) = mg(vgroup("[1] Oscillator Bank", x));
osc1(x) = og(hgroup("[1] Oscillator 1", x));
// UNUSED Control switch (for alignment) - Could put Oscillator Modulation switch there
// Range rotary switch: LO (slow pulses or rhythm), 32', 16', 8', 4', 2'
// Frequency <something> switch: LED to right
// Waveform rotary switch: tri, impulse/bent-triangle, saw, pulseWide, pulseMed, pulseNarrow
osc2(x) = og(hgroup("[2] Oscillator 2", x));
// UNUSED (originall) or Osc 2 Control VrockerRed
// Range rotary switch: LO, 32', 16', 8', 4', 2'
// Detuning knob: -7 to 7 [NO SWITCH]
// Waveform rotary switch: tri, impulse(?), saw, pulseWide, pulseMed, pulseNarrow
osc3(x) = og(hgroup("[3] Oscillator 3", x));
// Osc 3 Control VrockerRed => use osc3 as LFO instead of osc3
// Range rotary switch: LO, 32', 16', 8', 4', 2'
// Detuning knob: -7 to 7 [NO SWITCH]
// Waveform rotary switch: tri, impulse(?), saw, pulseWide, pulseMed, pulseNarrow
mixg(x) = mg(vgroup("[2] Mixer", x));
// Each row 5 slots to maintain alignment and include red rockers joining VCF area:
mr1(x) = mixg(hgroup("[0] Osc1", x)); // mixer row 1 =
// Osc1 Volume and Osc1 HrockerBlue & _ & _ & Filter Modulation HrockerRed
// Filter Modulation => Modulation Mix output to VCF freq
mr2(x) = mixg(hgroup("[1] Ext In, KeyCtl", x)); // row 2 = Ext In HrockerBlue and Vol and Overload LED and Keyboard Ctl HrockerRed 1
mr3(x) = mixg(hgroup("[2] Osc2", x)); // = Osc2 Volume and Osc2 HrockerBlue and Keyboard Ctl HrockerRed 2
// Keyboard Control Modulation 1&2 => 0, 1/3, 2/3, all of Keyboard Control Signal ("gate?") applied to VCF freq
mr4(x) = mixg(hgroup("[3] Noise", x)); // = Noise HrockerBlue and Volume and Noise Type VrockerBlue
mr4cbg(x) = mr4(vgroup("[1]", x)); // = Noise Off and White/Pink selection
// two rockers
mr5(x) = mixg(hgroup("[4] Osc3", x)); // Osc3 Volume and Osc3 HrockerBlue
modg(x) = mg(vgroup("[3] Modifiers", x));
vcfg(x) = modg(vgroup("[0] Filter", x));
vcf1(x) = vcfg(hgroup("[0] [tooltip:freq, Q, ContourScale]", x));
vcf1cbg(x) = vcf1(vgroup("[0] [tooltip:two checkboxes]", x));
// Filter Modulation switch
// VCF Off switch
// Corner Frequency knob
// Filter Emphasis knob
// Amount of Contour knob
vcf2(x) = vcfg(hgroup("[1] Filter Contour [tooltip:AttFilt, DecFilt, Sustain Level for Filter Contour]", x));
// Attack Time knob
// Decay Time knob
// Sustain Level knob
ng(x) = modg(hgroup("[1] Loudness Contour", x));
// Attack Time knob
// Decay Time knob
// Sustain Level knob
echog(x) = fxg(hgroup("[4] Echo",x));
ekg(x) = echog(vgroup("[0] Knobs",x));
esg(x) = echog(vgroup("[1] Switches",x));
flg(x) = fxg(hgroup("[5] Flanger",x));
flkg(x) = flg(vgroup("[0] Knobs",x));
flsg(x) = flg(vgroup("[1] Switches",x));
chg(x) = fxg(hgroup("[6] Chorus",x));
ckg(x) = chg(vgroup("[0] Knobs",x));
csg(x) = chg(vgroup("[1] Switches",x));
rg(x) = fxg(hgroup("[7] Reverb",x));
rkg(x) = rg(vgroup("[0] Knobs",x));
rsg(x) = rg(vgroup("[1] Switches",x));
outg(x) = fxg(vgroup("[8] Output", x));
volg(x) = outg(hgroup("[0] Volume Main Output", x));
// Volume knob [0-10]
// Unison switch (Arturia) or Output connect/disconnect switch (original)
// When set, all voices are stacked and instrument is in mono mode
tunerg(x) = outg(hgroup("[1] A-440 Switch", x));
vdtpolyg(x) = outg(hgroup("[2] Voice Detune / Poly", x));
// Voice Detune knob [0-10] (Arturia) or
// Polyphonic switch [red LED below] (Arturia)
// When set, instrument is in polyphonic mode with one oscillator per key
clipg(x) = fxg(vgroup("[9] Soft Clip", x));
// Soft Clipping switch [red LED above]
kg(x) = synthg(hgroup("[1] Keyboard Group", x)); // Keyboard was 3 1/2 octaves
ws(x) = kg(vgroup("[0] Wheels and Switches", x));
s1g(x) = ws(hgroup("[0] Jacks and Rockers", x));
jg(x) = s1g(vgroup("[0] MiniJacks",x));
gdlg(x) = s1g(vgroup("[1] Glide/Decay/Legato Enables",x)); // Arturia
// Glide Hrocker (see original Button version below)
// Decay Hrocker (see original Button version below) => Sets Release (R) of ADSR to either 0 or Decay (R)
// Legato Hrocker (not in original)
s2g(x) = ws(hgroup("[1] [tooltip:Wheels+]", x));
bg(x) = s2g(vgroup("[0] [tooltip:Bend Enable and Range]", x));
wg(x) = s2g(hgroup("[1] [tooltip:Bend and Mod Wheels]", x));
// Using Glide/Decay/Legato enables above following Arturia:
// dg(x) = s2g(hgroup("[2] Glide and Decay momentary pushbuttons", x));
// Glide Button injects portamento as set by Glide knob
// Decay Button uses decay of Loudness Contour (else 0)
keys(x) = kg(hgroup("[1] [tooltip:Keys]", x));
gg(x) = keys(hgroup("[0] [tooltip: Gates]",x));
// leave slot 1 open for sustain (below)
| https://raw.githubusercontent.com/inria-emeraude/syfala/7bbb09ecb912c9a66bcb85ebe35590e2b46e51d5/examples/minimoog-novation.dsp | faust | These are now in separate upstairs directories:
echo = echog(component("echo.dsp")); // ../echo/echo.dsp
flanger = flg(component("flanger.dsp")); // ../flanger/flanger.dsp
chorus = chg(component("chorus.dsp")); // ../chorus/chorus.dsp
reverb = rg(component("freeverb.dsp")); // ../freeverb/freeverb.dsp
bottom-left pads (1-to-4)
bottom-right pads (5-to-8)
top-left pads (1-to-4)
top-right pads (5-to-8)
Now separate: : echo : flanger : chorus : reverb;
masterVolume is redundant but easier to find
("[0] use as LFO"));
LO, 32', 16', 8', 4', 2'
Osc1 detunes like Osc2 and Osc3 (unlike in the Minimoog where it would be an expensive extra knob):
External input = MAIN OUTPUT when "off"
("[0] use as LFO"));
LO, 32', 16', 8', 4', 2'
pink noise needs some "make-up gain"
("[0] use as LFO"));
LO, 32', 16', 8', 4', 2'
compute oscillator frequency scale factor, staying in lg(Hz) as much as possible:
Manual says 0 to 1.5 octaves
Leave this off until triangle-wave modulation is debugged
F# a tritone above middle C
osc3 not allowed to FM itself
i=1,2
When disconnected from the keyboard, Osc3 can detune 3 octaves up or down (Pat video):
i=1,2
used when osc3 (only) is in LFO mode
lowest range setting is LFO mode for any osc
i is 1-based:
from Minimoog manual
Note: a Duty knob would be better than these two, or in addition
Soon to appear in oscillators.lib:
BYPASS WILL GO AWAY (I think you just open it up all the way to bypass):
VCF is always on
Frequency Cutoff (aka Brightness )
9 octaves (from Minimoog manual)
p: 40, 30, 80, 0.01))
p: : ba.pianokey2hz
was in mr2
Note that VCF has three sources of corner-frequency setting that are added together:
- Corner Freq knob (40 Hz to 20 kHz)
- VCF Contour envelope (0 to 4 octaves)
- Injection 32 of Modulation Mix (0 to 1.5 octaves)
Manual says maximum vcf sweep spans 0 to 4 octaves:
Original Knob went to 10, but we're going to 4 so we can say the knob is in "octaves" units:
in octaves
We are assuming that the modulation-mix range for the VCF freq is 1.5 octaves like it is for oscs 1 and 2:
octaves
FIXME: Start w freqLogHz not freq so we don't need exp(log()) here
FIXME: ARBITRARILY centering on middle C - check device
Attack, Decay, and Sustain ranges are set according to the Minimoog manual:
was Staccato
was Legato
--- Smart Keyboard interface ---
--- functions ---
Signal controls:
MIDI only (see smartkeyb doc)
gate = keyDown + keyDownHold + sustain : min(1);
right?
Signal Parameters
envelopeAmp is multiplied once on entire signal sum
elecGuitar.dsp values used:
Previous guess:
p: MIDI requires frequency in Hz, not piano-keys as we had before
Frequency Range is 0.1 Hz to 20 kHz according to the Minimoog manual:
MIDI REQUIRES THE FOLLOWING PARAMETER TO BE NAMED 'freq':
+ kg(hslider("[2] freq [unit:Hz] [style:knob]",440,0.1,20000,0.1));
keyFreqBent = bend * main_note;
Oscillator Modulation HrockerRed => apply Modulation Mix output osc1&2 pitches
convert 1/e to 1/2 by slowing down exp
noise amplitude and off-switch ignored here
any offset?
This layout loosely follows the MiniMoog-V
Arturia-only features are labeled
Original versions also added where different
Need vrocker and hrocker toggle switches in Faust!
Need orange and blue color choices
Orange => Connect modulation sources to their destinations
Blue => Turn audio sources On and Off
- and later -
White => Turn performance features On and Off
Black => Select between modulation sources
Julius Smith for Analog Devices 3/1/2017
USAGE: vrockerorange("[0] ModulationEnable");
Minimoog + Effects
Formerly named "Modules" but "Minimoog" group-title is enough
Tune knob = master tune
Oscillator Modulation HrockerRed => apply Modulation Mix output to osc1&2 pitches
[MOVED here from osc3 group] Osc 3 Control VrockerRed => use osc3 as LFO instead of osc3
Glide knob [0:10] = portamento speed
Modulation Mix knob [0:10] (between Osc3 and Noise) = mix of noise and osc3 modulating osc1&2 pitch and/or VCF freq
UNUSED Control switch (for alignment) - Could put Oscillator Modulation switch there
Range rotary switch: LO (slow pulses or rhythm), 32', 16', 8', 4', 2'
Frequency <something> switch: LED to right
Waveform rotary switch: tri, impulse/bent-triangle, saw, pulseWide, pulseMed, pulseNarrow
UNUSED (originall) or Osc 2 Control VrockerRed
Range rotary switch: LO, 32', 16', 8', 4', 2'
Detuning knob: -7 to 7 [NO SWITCH]
Waveform rotary switch: tri, impulse(?), saw, pulseWide, pulseMed, pulseNarrow
Osc 3 Control VrockerRed => use osc3 as LFO instead of osc3
Range rotary switch: LO, 32', 16', 8', 4', 2'
Detuning knob: -7 to 7 [NO SWITCH]
Waveform rotary switch: tri, impulse(?), saw, pulseWide, pulseMed, pulseNarrow
Each row 5 slots to maintain alignment and include red rockers joining VCF area:
mixer row 1 =
Osc1 Volume and Osc1 HrockerBlue & _ & _ & Filter Modulation HrockerRed
Filter Modulation => Modulation Mix output to VCF freq
row 2 = Ext In HrockerBlue and Vol and Overload LED and Keyboard Ctl HrockerRed 1
= Osc2 Volume and Osc2 HrockerBlue and Keyboard Ctl HrockerRed 2
Keyboard Control Modulation 1&2 => 0, 1/3, 2/3, all of Keyboard Control Signal ("gate?") applied to VCF freq
= Noise HrockerBlue and Volume and Noise Type VrockerBlue
= Noise Off and White/Pink selection
two rockers
Osc3 Volume and Osc3 HrockerBlue
Filter Modulation switch
VCF Off switch
Corner Frequency knob
Filter Emphasis knob
Amount of Contour knob
Attack Time knob
Decay Time knob
Sustain Level knob
Attack Time knob
Decay Time knob
Sustain Level knob
Volume knob [0-10]
Unison switch (Arturia) or Output connect/disconnect switch (original)
When set, all voices are stacked and instrument is in mono mode
Voice Detune knob [0-10] (Arturia) or
Polyphonic switch [red LED below] (Arturia)
When set, instrument is in polyphonic mode with one oscillator per key
Soft Clipping switch [red LED above]
Keyboard was 3 1/2 octaves
Arturia
Glide Hrocker (see original Button version below)
Decay Hrocker (see original Button version below) => Sets Release (R) of ADSR to either 0 or Decay (R)
Legato Hrocker (not in original)
Using Glide/Decay/Legato enables above following Arturia:
dg(x) = s2g(hgroup("[2] Glide and Decay momentary pushbuttons", x));
Glide Button injects portamento as set by Glide knob
Decay Button uses decay of Loudness Contour (else 0)
leave slot 1 open for sustain (below) | import("stdfaust.lib");
declare options "[midi:on]";
note_base = 47;
note_0 = 1 * hslider("note_1[midi:key 73]", 0, 0, 1, 1);
note_1 = 2 * hslider("note_2[midi:key 74]", 0, 0, 1, 1);
note_2 = 3 * hslider("note_3[midi:key 75]", 0, 0, 1, 1);
note_3 = 4 * hslider("note_4[midi:key 76]", 0, 0, 1, 1);
note_4 = 5 * hslider("note_5[midi:key 89]", 0, 0, 1, 1);
note_5 = 6 * hslider("note_6[midi:key 90]", 0, 0, 1, 1);
note_6 = 7 * hslider("note_7[midi:key 91]", 0, 0, 1, 1);
note_7 = 8 * hslider("note_8[midi:key 92]", 0, 0, 1, 1);
note_8 = 9 * hslider("note_9[midi:key 41]", 0, 0, 1, 1);
note_9 = 10 * hslider("note_10[midi:key 42]", 0, 0, 1, 1);
note_10 = 11 * hslider("note_11[midi:key 43]", 0, 0, 1, 1);
note_11 = 12 * hslider("note_12[midi:key 44]", 0, 0, 1, 1);
note_12 = 13 * hslider("note_13[midi:key 57]", 0, 0, 1, 1);
note_13 = 14 * hslider("note_14[midi:key 58]", 0, 0, 1, 1);
note_14 = 15 * hslider("note_15[midi:key 59]", 0, 0, 1, 1);
note_15 = 16 * hslider("note_16[midi:key 60]", 0, 0, 1, 1);
main_note = note_base
+ note_0
+ note_1
+ note_2
+ note_3
+ note_4
+ note_5
+ note_6
+ note_7
+ note_8
+ note_9
+ note_10
+ note_11
+ note_12
+ note_13
+ note_14
+ note_15
;
main_gate = main_note > note_base;
main = (signal + attach(extInput,amp) : filters : *(ampScaling)) ~ _;
signal = oscs + noise * noiseOff * namp;
oscs = par(i,3,(oscamp(i+1)*osc(i+1))) :> _;
detuneOctaves(1) = osc1(vslider("[2] DeTuning1 [units:Octaves] [midi:ctrl 29] [style:knob]",0.0,-1.0,1.0,0.001));
waveSelect(1) = osc1(vslider("[3] Waveform1 [midi:ctrl 13] [style:knob]",5,0,5,1):int);
amp1Enable = mr1(vslider("[1] amp1Enable [midleft i:ctrl 12] [style:knob] [color:blue]",1,0,1,1));
oscamp(1) = mr1(vslider("[0] Osc1 Amp [midi:ctrl 77] [style:knob]",0.5,0.0,1.0,0.001)) * amp1Enable;
sei = mr2(vslider("[0] Ext Input [midi:ctrl 27] [style: knob]",0,0,1.0,0.001));
extInput(fb,extSig) = fb,extSig : select2(eei) : *(sei) : extClipLED;
extClipLED = _ <: _, (abs : >(0.95) : mr2(vbargraph("[2] Ext Input Clip [style:led]",0,1)):!);
keycLED = attach(mr2(vbargraph("[3] Keyboard Ctl [style:led]",0,1)));
detuneOctaves(2) = osc2(vslider("[2] DeTuning2 [units:Octaves] [midi:ctrl 30] [style:knob]",0.41667,-1.0,1.0,0.001));
waveSelect(2) = osc2(vslider("[3] Waveform2 [midi:ctrl 14] [style:knob]",5,0,5,1):int);
amp2Enable = mr3(vslider("[1] amp2Enable [midi:ctrl 14] [style:knob] [color:blue]",1,0,1,1));
oscamp(2) = mr3(vslider("[0] Osc2 Amp [midi:ctrl 78] [style:knob]",0.5,0.0,1.0,0.001)) * amp2Enable;
namp = mr4(vslider("[0] Noise Amp [midi:ctrl 80] [style: knob]",0.0,0.0,1.0,0.001));
noiseOff = mr4cbg(vslider("[0] noiseEnable [midi:ctrl 52] [style:knob] [color:blue]",0,0,1,1));
ntype = mr4cbg(vslider("[1] White/Pink [midi:ctrl 32] [tooltip: Choose either White or Pink Noise] [style: knob] [color:blue]",1,0,1,1));
detuneOctaves(3) = osc3(vslider("[2] DeTuning3 [units:Octaves] [midi:ctrl 31] [style:knob]",0.3,-1.0,1.0,0.001));
waveSelect(3) = osc3(vslider("[3] Waveform3 [midi:ctrl 15] [style:knob]",0,0,5,1):int);
amp3Enable = mr5(vslider("[1] amp3Enable [midi:ctrl 17] [style:knob] [color:blue]",0,0,1,1));
oscamp(3) = mr5(vslider("[0] Osc3 Amp [midi:ctrl 79] [style:knob]",0.5,0.0,1.0,0.001)) * amp3Enable;
waveforms(i) = (tri(i), bent(i), saw(i), sq(i), ptm(i), ptn(i));
modulationShift = select2(oscModEnable, 0.0,
modWheelShift * ( modulationCenterShift + (1.0-modulationCenterShift) * oscNoiseModulation ));
octaveShift(i) = -2+int(octaveSelect(i));
keyFreqGlidedMaybe = select2(osc3Control,osc3FixedFreq,keyFreqGlided);
detuneBoost(3) = select2(osc3Control,3.0,1.0);
detuneOctavesFinal(i) = detuneOctaves(i)*detuneBoost(i);
fBase(i) = keyFreqModulatedShifted(i) * pow(2.0, (masterTuneOctaves+octaveShift(i)+detuneOctavesFinal(i)))
: si.smooth(ba.tau2pole(0.016));
lfoMode(i) = (octaveSelect(i) == 0);
osc(i) = ba.selectn(6, int(waveSelect(i)), tri(i), bent(i), saw(i), sq(i), ptm(i), ptn(i));
tri(i) = select2(lfoMode(i),
os.triangle(f(i)),
os.lf_triangle(f(i)));
saw(i) = select2(lfoMode(i),
os.sawtooth(f(i)),
os.lf_saw(f(i)));
sq(i) = select2(lfoMode(i),
os.square(f(i)),
os.lf_squarewave(f(i)));
os.pulsetrain(f(i),0.25),
lf_pulsetrain(f(i),0.25));
ptn(i) = select2(lfoMode(i),
os.pulsetrain(f(i),0.125),
lf_pulsetrain(f(i),0.125));
lf_pulsetrain(freq,duty) = 2.0*os.lf_pulsetrainpos(freq,duty) - 1.0;
fcLgHz = vcf1(vslider("[1] Corner Freq [unit:Log2(Hz)]
[tooltip: Corner resonance frequency in Log2(Hertz)]
[style: knob]
: si.smooth(ba.tau2pole(0.016));
res = vcf1(vslider("[2] Corner Resonance [midi:ctrl 33] [tooltip: Resonance Q at VCF corner frequency (0 to 1)]
[style: knob]",
0.7, 0, 1, 0.01));
vcfKeyRange = vcf1cbg(vslider("[2] Kbd Ctl [midi:ctrl 38] [tooltip: Keyboard tracking of VCF corner-frequency (0=none, 1=full)]
[style: knob]",
vcfModEnable = vcf1cbg(vslider("[1] Filter Mod. [midi:ctrl 53] [color:red] [style:knob] [tooltip: Filter Modulation => Route Modulation Mix output to VCF frequency]",1,0,1,1));
vcfContourAmountOctaves = vcf1(vslider("[3] Amount of Contour (octaves) [midi:ctrl 39] [style: knob]", 1.2, 0, 4.0, 0.001));
vcfModulationOctaves = vcfModMixModulationOctaves + vcfContourOctaves;
vcfKeyShiftOctaves = vcfKeyRange * keyShiftOctaves;
modulatedFcLgHz = fcLgHz + vcfModulationOctaves + vcfKeyShiftOctaves;
fc = min((0.5*ma.SR), pow(2.0,modulatedFcLgHz));
vcf = ve.moog_vcf_2bn(res,fc);
attT60VCF = 0.001 * vcf2(vslider("[0] AttackF [midi:ctrl 81] [tooltip: Attack Time] [unit:ms] [style: knob]",1400,10,10000,1));
decT60VCF = 0.001 * vcf2(vslider("[0] DecayF [midi:ctrl 82] [tooltip: Decay-to-Sustain Time] [unit:ms] [style: knob]",10,10,10000,1));
susLvlVCF = 0.01 * vcf2(vslider("[0] SustainF [midi:ctrl 83] [tooltip: Sustain level as percent of max] [style: knob]",80,0,100,0.1));
relT60VCF = select2(decayButton,0.010,decT60VCF);
envelopeVCF = en.adsre(attT60VCF,decT60VCF,susLvlVCF,relT60VCF,gate);
declare interface "SmartKeyboard{
'Number of Keyboards':'2',
'Keyboard 0 - Number of Keys':'13',
'Keyboard 1 - Number of Keys':'13',
'Keyboard 0 - Lowest Key':'72',
'Keyboard 1 - Lowest Key':'60'
}";
keyDownHold = gg(vslider("[0] gateHold [tooltip: lock sustain pedal on (hold gate set at 1)][style:knob]",0,0,1,1));
keyDown = gg(button("[1] gate [tooltip: The gate signal is 1 during a
note and 0 otherwise. For MIDI, NoteOn occurs when the gate
transitions from 0 to 1, and NoteOff is an event corresponding
to the gate transition from 1 to 0. The name of this Faust
button must be 'gate'.]"));
sustain = gg(button("[1] sustain [midi:ctrl 64]
gate = main_gate + keyDown + keyDownHold + sustain : min(1);
attT60 = 0.001 * ng(vslider("[0] AttackA [midi:ctrl 43] [tooltip: Attack Time] [unit:ms] [style: knob]",2,0,5000,0.1));
decT60 = 0.001 * ng(vslider("[0] DecayA [midi:ctrl 44] [tooltip: Decay-to-Sustain Time] [unit:ms] [style: knob]",10,0,10000,0.1));
susLvl = 0.01 * ng(vslider("[0] SustainA [midi:ctrl 45] [tooltip: Sustain level as percent of max] [style: knob]",80,0,100,0.1));
envelopeAmpNoAM = en.adsre(attT60,decT60,susLvl,relT60,gate);
AMDepth = 0.5;
envelopeAmp = select2(oscModEnable, envelopeAmpNoAM,
envelopeAmpNoAM * (1.0 + AMDepth*modWheel * 0.5 * (1.0+oscNoiseModulation)));
ampL = volg(vslider("[1] gain [style:knob] [midi:ctrl 84] [tooltip: Amplitude]",0.2,0,1.0,0.001));
bend = wg(ba.semi2ratio(hslider("[0] bend [style:knob] [midi:pitchwheel]",0,-2,2,0.01))) : si.polySmooth(gate,0.999,1);
modWheel = wg(vslider("[1] mod [midi:ctrl 1] [style:knob] [tooltip: PitchModulation amplitude in octaves]",
0,0,1.0,0.01)) : si.polySmooth(gate,0.999,1);
masterVolume = vg(vslider("MasterVolume [style:knob] [midi:ctrl 7] [tooltip: master volume, MIDI controlled]",
0.7,0,1,0.001))
: si.smooth(ba.tau2pole(0.16));
masterTuneOctaves = dg(vslider("[0] Tune [midi:ctrl 47] [unit:Octaves] [style:knob]
[tooltip: Frequency-shift up or down for all oscillators in Octaves]", 0.0,-1.0,1.0,0.001));
glide = gmmg(vslider("[0] Glide [midi:ctrl 5] [unit:sec/octave] [style:knob] [scale:log]
[tooltip: Portamento (frequency-glide) in seconds per octave]",
0.008,0.001,1.0,0.001));
keyFreqGlided = keyFreqBent : si.smooth(legatoPole);
mmix = gmmg(vslider("[1] Mod. Mix [midi:ctrl 48] [style:knob] [tooltip: Modulation Mix: Osc3 (0) to Noise (1)]",
0.0,0.0,1.0,0.001));
osc3Control = dsg(vslider("[1] Osc. 3 Ctl [midi:ctrl 9] [color:red] [style:knob] [tooltip:Oscillator 3 frequency tracks the keyboard if on, else not",0,0,1,1):int);
vrocker(x) = checkbox("%%x [style:vrocker]");
hrocker(x) = checkbox("%%x [style:hrocker]");
vrockerblue(x) = checkbox("%x [style:vrocker] [color:blue]");
vrockerblue(x) = checkbox("%x [style:vrocker] [color:blue]");
hrockerblue(x) = checkbox("%%x [style:hrocker] [color:blue]");
vrockerred(x) = checkbox("%%x [style:vrocker] [color:red]");
hrockerred(x) = checkbox("%%x [style:hrocker] [color:red]");
declare designer "Robert A. Moog";
synthg(x) = mmg(vgroup("[0] Minimoog",x));
fxg(x) = mmg(hgroup("[1] Effects",x));
mg(x) = synthg(hgroup("[0]",x));
vg(x) = cg(hgroup("[0] Master Volume", x));
dg(x) = cg(hgroup("[1] Oscillator Tuning & Switching", x));
dsg(x) = dg(vgroup("[1] Switches", x));
gmmg(x) = cg(hgroup("[2] Glide and ModMix", x));
og(x) = mg(vgroup("[1] Oscillator Bank", x));
osc1(x) = og(hgroup("[1] Oscillator 1", x));
osc2(x) = og(hgroup("[2] Oscillator 2", x));
osc3(x) = og(hgroup("[3] Oscillator 3", x));
mixg(x) = mg(vgroup("[2] Mixer", x));
modg(x) = mg(vgroup("[3] Modifiers", x));
vcfg(x) = modg(vgroup("[0] Filter", x));
vcf1(x) = vcfg(hgroup("[0] [tooltip:freq, Q, ContourScale]", x));
vcf1cbg(x) = vcf1(vgroup("[0] [tooltip:two checkboxes]", x));
vcf2(x) = vcfg(hgroup("[1] Filter Contour [tooltip:AttFilt, DecFilt, Sustain Level for Filter Contour]", x));
ng(x) = modg(hgroup("[1] Loudness Contour", x));
echog(x) = fxg(hgroup("[4] Echo",x));
ekg(x) = echog(vgroup("[0] Knobs",x));
esg(x) = echog(vgroup("[1] Switches",x));
flg(x) = fxg(hgroup("[5] Flanger",x));
flkg(x) = flg(vgroup("[0] Knobs",x));
flsg(x) = flg(vgroup("[1] Switches",x));
chg(x) = fxg(hgroup("[6] Chorus",x));
ckg(x) = chg(vgroup("[0] Knobs",x));
csg(x) = chg(vgroup("[1] Switches",x));
rg(x) = fxg(hgroup("[7] Reverb",x));
rkg(x) = rg(vgroup("[0] Knobs",x));
rsg(x) = rg(vgroup("[1] Switches",x));
outg(x) = fxg(vgroup("[8] Output", x));
volg(x) = outg(hgroup("[0] Volume Main Output", x));
tunerg(x) = outg(hgroup("[1] A-440 Switch", x));
vdtpolyg(x) = outg(hgroup("[2] Voice Detune / Poly", x));
clipg(x) = fxg(vgroup("[9] Soft Clip", x));
ws(x) = kg(vgroup("[0] Wheels and Switches", x));
s1g(x) = ws(hgroup("[0] Jacks and Rockers", x));
jg(x) = s1g(vgroup("[0] MiniJacks",x));
s2g(x) = ws(hgroup("[1] [tooltip:Wheels+]", x));
bg(x) = s2g(vgroup("[0] [tooltip:Bend Enable and Range]", x));
wg(x) = s2g(hgroup("[1] [tooltip:Bend and Mod Wheels]", x));
keys(x) = kg(hgroup("[1] [tooltip:Keys]", x));
gg(x) = keys(hgroup("[0] [tooltip: Gates]",x));
|
190b4d0b295c5379531e53ce38b06af5118512e43a087c32f72f2e3ccac84a06 | inria-emeraude/syfala | sinewaveLFO.dsp | import("stdfaust.lib");
sinewave = waveform { 0, 0.00306795677, 0.00613588467, 0.00920375437, 0.0122715384, 0.0153392069, 0.0184067301, 0.021474082, 0.024541229, 0.027608145, 0.030674804, 0.0337411761, 0.0368072242, 0.0398729295, 0.0429382585, 0.0460031815, 0.0490676761, 0.0521317087, 0.0551952459, 0.0582582653, 0.0613207407, 0.0643826351, 0.0674439222, 0.070504576, 0.0735645667, 0.0766238645, 0.0796824396, 0.0827402696, 0.0857973173, 0.0888535529, 0.0919089541, 0.0949634984, 0.0980171412, 0.101069868, 0.10412164, 0.10717243, 0.110222206, 0.113270953, 0.116318636, 0.119365215, 0.122410677, 0.125454977, 0.128498122, 0.13154003, 0.134580716, 0.137620121, 0.140658244, 0.143695042, 0.146730468, 0.149764538, 0.152797192, 0.155828416, 0.15885815, 0.161886394, 0.164913133, 0.167938292, 0.170961902, 0.173983872, 0.177004218, 0.18002291, 0.183039889, 0.186055154, 0.18906866, 0.192080408, 0.195090324, 0.198098406, 0.201104641, 0.204108968, 0.207111388, 0.210111842, 0.213110328, 0.216106802, 0.219101235, 0.222093627, 0.225083917, 0.228072092, 0.231058121, 0.234041959, 0.237023607, 0.24000302, 0.242980197, 0.24595505, 0.248927608, 0.251897812, 0.254865676, 0.257831097, 0.260794133, 0.263754696, 0.266712785, 0.269668311, 0.272621363, 0.275571823, 0.27851969, 0.281464934, 0.284407556, 0.287347466, 0.290284663, 0.293219179, 0.296150893, 0.299079835, 0.302005947, 0.304929256, 0.307849675, 0.310767144, 0.313681751, 0.316593409, 0.319502026, 0.322407693, 0.32531032, 0.328209847, 0.331106305, 0.333999664, 0.336889863, 0.339776874, 0.342660725, 0.345541328, 0.348418683, 0.351292759, 0.354163527, 0.357030988, 0.359895051, 0.362755746, 0.365613014, 0.368466824, 0.371317208, 0.374164075, 0.377007425, 0.379847199, 0.382683456, 0.385516077, 0.388345033, 0.391170382, 0.393992066, 0.396809995, 0.399624199, 0.402434677, 0.40524134, 0.408044159, 0.410843194, 0.413638324, 0.416429579, 0.419216901, 0.422000289, 0.424779713, 0.427555084, 0.430326492, 0.433093846, 0.435857117, 0.438616246, 0.441371292, 0.444122165, 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sine(f) = sinewave,int(os.phasor(2048,f)) : rdtable;
LFO = sine(0.2)*200 + 300;
process = sine(LFO); | https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/examples/old/sinewaveLFO.dsp | faust | import("stdfaust.lib");
sinewave = waveform { 0, 0.00306795677, 0.00613588467, 0.00920375437, 0.0122715384, 0.0153392069, 0.0184067301, 0.021474082, 0.024541229, 0.027608145, 0.030674804, 0.0337411761, 0.0368072242, 0.0398729295, 0.0429382585, 0.0460031815, 0.0490676761, 0.0521317087, 0.0551952459, 0.0582582653, 0.0613207407, 0.0643826351, 0.0674439222, 0.070504576, 0.0735645667, 0.0766238645, 0.0796824396, 0.0827402696, 0.0857973173, 0.0888535529, 0.0919089541, 0.0949634984, 0.0980171412, 0.101069868, 0.10412164, 0.10717243, 0.110222206, 0.113270953, 0.116318636, 0.119365215, 0.122410677, 0.125454977, 0.128498122, 0.13154003, 0.134580716, 0.137620121, 0.140658244, 0.143695042, 0.146730468, 0.149764538, 0.152797192, 0.155828416, 0.15885815, 0.161886394, 0.164913133, 0.167938292, 0.170961902, 0.173983872, 0.177004218, 0.18002291, 0.183039889, 0.186055154, 0.18906866, 0.192080408, 0.195090324, 0.198098406, 0.201104641, 0.204108968, 0.207111388, 0.210111842, 0.213110328, 0.216106802, 0.219101235, 0.222093627, 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sine(f) = sinewave,int(os.phasor(2048,f)) : rdtable;
LFO = sine(0.2)*200 + 300;
process = sine(LFO); |
|
53189fc7aa8406bb954e5e5f6acde5f8bd446d633b96ded6985ba9773afe20d5 | inria-emeraude/syfala | sinewaveLFO-400.dsp | import("stdfaust.lib");
sinewave = waveform { 0, 0.00306795677, 0.00613588467, 0.00920375437, 0.0122715384, 0.0153392069, 0.0184067301, 0.021474082, 0.024541229, 0.027608145, 0.030674804, 0.0337411761, 0.0368072242, 0.0398729295, 0.0429382585, 0.0460031815, 0.0490676761, 0.0521317087, 0.0551952459, 0.0582582653, 0.0613207407, 0.0643826351, 0.0674439222, 0.070504576, 0.0735645667, 0.0766238645, 0.0796824396, 0.0827402696, 0.0857973173, 0.0888535529, 0.0919089541, 0.0949634984, 0.0980171412, 0.101069868, 0.10412164, 0.10717243, 0.110222206, 0.113270953, 0.116318636, 0.119365215, 0.122410677, 0.125454977, 0.128498122, 0.13154003, 0.134580716, 0.137620121, 0.140658244, 0.143695042, 0.146730468, 0.149764538, 0.152797192, 0.155828416, 0.15885815, 0.161886394, 0.164913133, 0.167938292, 0.170961902, 0.173983872, 0.177004218, 0.18002291, 0.183039889, 0.186055154, 0.18906866, 0.192080408, 0.195090324, 0.198098406, 0.201104641, 0.204108968, 0.207111388, 0.210111842, 0.213110328, 0.216106802, 0.219101235, 0.222093627, 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sine(f) = sinewave,int(os.phasor(2048,f)) : rdtable;
process = sine(440); | https://raw.githubusercontent.com/inria-emeraude/syfala/95ed6765d73520362f6a1ad35e4a3b2a5e16fbc9/examples/old/sinewaveLFO-400.dsp | faust | import("stdfaust.lib");
sinewave = waveform { 0, 0.00306795677, 0.00613588467, 0.00920375437, 0.0122715384, 0.0153392069, 0.0184067301, 0.021474082, 0.024541229, 0.027608145, 0.030674804, 0.0337411761, 0.0368072242, 0.0398729295, 0.0429382585, 0.0460031815, 0.0490676761, 0.0521317087, 0.0551952459, 0.0582582653, 0.0613207407, 0.0643826351, 0.0674439222, 0.070504576, 0.0735645667, 0.0766238645, 0.0796824396, 0.0827402696, 0.0857973173, 0.0888535529, 0.0919089541, 0.0949634984, 0.0980171412, 0.101069868, 0.10412164, 0.10717243, 0.110222206, 0.113270953, 0.116318636, 0.119365215, 0.122410677, 0.125454977, 0.128498122, 0.13154003, 0.134580716, 0.137620121, 0.140658244, 0.143695042, 0.146730468, 0.149764538, 0.152797192, 0.155828416, 0.15885815, 0.161886394, 0.164913133, 0.167938292, 0.170961902, 0.173983872, 0.177004218, 0.18002291, 0.183039889, 0.186055154, 0.18906866, 0.192080408, 0.195090324, 0.198098406, 0.201104641, 0.204108968, 0.207111388, 0.210111842, 0.213110328, 0.216106802, 0.219101235, 0.222093627, 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sine(f) = sinewave,int(os.phasor(2048,f)) : rdtable;
process = sine(440); |
|
391e4bd0441903fcabc774283ffefa3e9ce64d80a4abd58a430b71e1f2830a30 | trummerschlunk/master_me_legcy | master_me_gui.dsp | /* automatic mastering processor for live streaming events.*/
/* originally developed for the ccrma 'Quarantine Sessions'*/
/*
* Copyright (C) 2021 Klaus Scheuermann, [email protected]
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; version 2 of the License.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*/
/* some building blocks where taken from or inspired by Dario Sanfilippo <sanfilippo.dario at gmail dot com>
* some building blocks by Stéphane Letz
* some building blocks by Julius Smith
* some building blocks by Yann Orlarey
* a lot of help came from the faust community, especially sletz, magnetophone, Dario Sanphilippo, Julius Smith, Juan Carlos Blancas, Yann Orlarey
*/
declare name "master_me_gui";
declare author "Klaus Scheuermann";
declare version "2.0";
declare copyright "(C) 2021 Klaus Scheuermann";
import("stdfaust.lib");
// init values
Nch = 2; //number of channels (must be even!)
init_noisegate_threshold = -70;
init_leveler_target = -18;
init_leveler_maxboost = 3;
init_leveler_maxcut = 3;
init_leveler_gatethreshold = -45;
init_leveler_speed = .005;
init_mbmscomp_thresh = -10;
init_limiter_lad_ceil = -2;
init_brickwall_ceiling = -0.7;
// main
process =
si.bus(Nch) :
hgroup("MASTER_ME", hgroup("[0]INPUT",peak_meter(Nch))) :
// hgroup("MASTER_ME", hgroup("[0]INPUT",lufs_any(Nch))) :
dc_filter(Nch) :
hgroup("MASTER_ME", hgroup("[1.5]NOISEGATE",noisegate(Nch))):
hgroup("MASTER_ME", hgroup("[2]LEVELER",leveler(Nch))) :
hgroup("MASTER_ME", hgroup("[3]MULTIBAND MID-SIDE COMPRESSOR", mbmscomp(Nch))) :
hgroup("MASTER_ME", hgroup("[7]LIMITER", limiter(Nch))) :
hgroup("MASTER_ME", hgroup("[8]BRICKWALL",brickwall(Nch))) :
hgroup("MASTER_ME", hgroup("[9]OUTPUT",lufs_any(Nch))) :
hgroup("MASTER_ME", hgroup("[9]OUTPUT",peak_meter(Nch))) :
si.bus(Nch)
;
// DC FILTER
dc_filter(N) = par(i,N,fi.dcblocker);
// NOISE GATE
noisegate(N) = gate_any(N,noisegate_thresh,noisegate_attack,noisegate_hold,noisegate_release) with {
noisegate_thresh = vslider("[0]threshold",init_noisegate_threshold, -95, 0, 1);
noisegate_attack = 0.01;
noisegate_hold = 1;
noisegate_release = 2;
gate_any(N,thresh,att,hold,rel) = B <: B, (B :> ggm <: attach(_,(1-_) : vbargraph("[2]gate level",0,1)) <: B) : ro.interleave(N,2) : par(i,N,*)
with {
B = si.bus(N);
ggm = gate_gain_mono(thresh,att,hold,rel);
};
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdreset(x) = rawgatesig(x) < rawgatesig(x)'; // reset hold when raw gate falls
holdsamps = int(hold*ma.SR);
};
};
// LEVELER
leveler(N) = B <: B, (B :> _ <: _,_ : calc : _ <: B) : ro.interleave(N,2) : par(i,N,*)
with {
B = si.bus(N);
calc(mono,sc) = (mono : Lk : vbargraph("[1]in LUFS S",-40,0) : (target - _) : lp1p(leveler_speed_gated(sc)) : limit(limit_neg,limit_pos) : vbargraph("[2]gain",-50,50) : ba.db2linear) , sc : _,!;
target = vslider("[3]target LUFS[unit:dB]", init_leveler_target,-50,0,1);
limit_pos = vslider("[5]max boost", init_leveler_maxboost, 0, 50, 1);
limit_neg = vslider("[6]max cut", init_leveler_maxcut, 0, 50, 1) : ma.neg;
limit(lo,hi) = min(hi) : max(lo);
leveler_speed = vslider("[4]speed", init_leveler_speed, .005, 0.1, .005);
leveler_speed_gated(sc) = (gate_gain_mono(leveler_gate_thresh,0.1,0,0.1,abs(sc)) <: attach(_, (1-_) : vbargraph("[7]leveler gate",0,1))) : _ * leveler_speed;
leveler_gate_thresh = vslider("[8]lev gate thresh[unit:dB]", init_leveler_gatethreshold,-90,0,1);
// from library:
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdreset(x) = rawgatesig(x) < rawgatesig(x)'; // reset hold when raw gate falls
holdsamps = int(hold*ma.SR);
};
};
// MULTIBAND MS COMPRESSOR
mbmscomp(N) = par(i,N /2, ms_enc : split3) : comp_Nch(N) : par(i,N /2, join3 : ms_dec) : post_gain with{
mbmscomp_thresh = vslider("[1]threshold",init_mbmscomp_thresh,-60,0,1);
// stereo to m/s encoder
ms_enc = _*0.5,_*0.5 <: +, -;
// m/s to stereo decoder
ms_dec = _,_ <: +, -;
// 3-band splitter stereo
split3 = _,_ : par(i,2,fi.filterbank(3, (xo1,xo2))) : _,_,_,_,_,_ with {
xo1 = 250;
xo2 = 2500;
};
// 3-band joiner stereo
join3 = (si.bus(3) :> _) , (si.bus(3) :> _);
// Nch FB compressor
comp_Nch(N) = co.FBcompressor_N_chan(0.6,mbmscomp_thresh,0.02,0.5,6,0,0.3,meter_comp,N *3);
meter_comp = _<:attach( ba.linear2db : abs : vbargraph("[2][unit:db]", 0,6));
//post_gain
post_gain = par(i,N,_ * g) with {
g = vslider("[9]makeup[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
};
// LIMITER
limiter(N) = limiter_lad_N(N,limiter_lad_lookahead, init_limiter_lad_ceil : ba.db2linear, limiter_lad_attack, limiter_lad_hold, limiter_lad_release) : post_gain with{
limiter_lad_lookahead = 0.01;
limiter_lad_attack = 0.01;
limiter_lad_hold = 0.05;
limiter_lad_release = 0.2;
// lookahead limiter (N-channel)
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
// post_gain
post_gain = par(i,Nch,_ * g) with {
g = vslider("[9]post gain[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
// metering
//meter_limiter_lad_N = _ <: attach(ba.linear2db : vbargraph("[8][unit:dB]GR",-12,0));
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
// BRICKWALL
brickwall(N) = limiter_lad_N(N, limiter_lad_lookahead, limiter_lad_ceil, limiter_lad_attack, limiter_lad_hold, limiter_lad_release)
with{
twopi = 2 * ma.PI;
limiter_lad_lookahead = 0.01;
limiter_lad_ceil = init_brickwall_ceiling : ba.db2linear;
limiter_lad_attack = .01 / twopi;
limiter_lad_hold = .1;
limiter_lad_release = 1 / twopi;
// lookahead limiter (N-channel)
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
// metering
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
// METERING
peak_meter(N) = par(i, N, (_ <: attach(_, envelop : vbargraph("[unit:dB]CH %i", -70, 0)))) with{
vmeter(x) = attach(x, envelop(x) : vbargraph("[unit:dB]", -70, 0));
envelop = abs : max(ba.db2linear(-70)) : ba.linear2db : min(10) : max ~ -(40.0/ma.SR);
};
// METERING
peak_meter(N) = par(i, N, (_ <: attach(_, envelop : vbargraph("[unit:dB]CH %i", -70, 0)))) with{
vmeter(x) = attach(x, envelop(x) : vbargraph("[unit:dB]", -70, 0));
envelop = abs : max(ba.db2linear(-70)) : ba.linear2db : min(10) : max ~ -(40.0/ma.SR);
};
// LUFS metering (without channel weighting)
Tg = 3; // 3 second window for 'short-term' measurement
// zi = an.ms_envelope_rect(Tg); // mean square: average power = energy/Tg = integral of squared signal / Tg
//k-filter by Julius Smith
highpass = fi.highpass(2, 40);
boostDB = 4;
boostFreqHz = 1430; // a little too high - they should give us this!
highshelf = fi.high_shelf(boostDB, boostFreqHz); // Looks very close, but 1 kHz gain has to be nailed
kfilter = highshelf : highpass;
//envelope via lp by Dario Sanphilippo
lp1p(cf, x) = fi.pole(b, x * (1 - b)) with {
b = exp(-2 * ma.PI * cf / ma.SR);
};
zi_lp(x) = lp1p(1 / Tg, x * x);
// one channel
Lk = kfilter: zi_lp : 10 * log10(max(ma.EPSILON)) : -(0.691);
// N-channel
LkN = par(i,Nch,kfilter : zi_lp) :> 10 * log10(max(ma.EPSILON)) : -(0.691);
// N-channel by Yann Orlarey
lufs_any(N) = B <: B, (B :> Lk : vbargraph("LUFS S",-40,0)) : si.bus(N-1), attach(_,_)
with {
B = si.bus(N);
};
LUFS_in_meter(x,y) = x,y <: x, attach(y, (LkN : hgroup("MASTER_ME", hgroup("[0]INPUT",vbargraph("LUFS S",-40,0))))) : _,_;
LUFS_out_meter(x,y) = x,y <: x, attach(y, (LkN : hgroup("MASTER_ME", hgroup("[9]OUTPUT",vbargraph("LUFS S",-40,0))))) : _,_; | https://raw.githubusercontent.com/trummerschlunk/master_me_legcy/174515b7e272e4294bdca1705d11603bc1ee922a/master_me_gui.dsp | faust | automatic mastering processor for live streaming events.
originally developed for the ccrma 'Quarantine Sessions'
* Copyright (C) 2021 Klaus Scheuermann, [email protected]
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; version 2 of the License.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
some building blocks where taken from or inspired by Dario Sanfilippo <sanfilippo.dario at gmail dot com>
* some building blocks by Stéphane Letz
* some building blocks by Julius Smith
* some building blocks by Yann Orlarey
* a lot of help came from the faust community, especially sletz, magnetophone, Dario Sanphilippo, Julius Smith, Juan Carlos Blancas, Yann Orlarey
init values
number of channels (must be even!)
main
hgroup("MASTER_ME", hgroup("[0]INPUT",lufs_any(Nch))) :
DC FILTER
NOISE GATE
reset hold when raw gate falls
LEVELER
from library:
reset hold when raw gate falls
MULTIBAND MS COMPRESSOR
stereo to m/s encoder
m/s to stereo decoder
3-band splitter stereo
3-band joiner stereo
Nch FB compressor
post_gain
LIMITER
lookahead limiter (N-channel)
post_gain
metering
meter_limiter_lad_N = _ <: attach(ba.linear2db : vbargraph("[8][unit:dB]GR",-12,0));
BRICKWALL
lookahead limiter (N-channel)
metering
METERING
METERING
LUFS metering (without channel weighting)
3 second window for 'short-term' measurement
zi = an.ms_envelope_rect(Tg); // mean square: average power = energy/Tg = integral of squared signal / Tg
k-filter by Julius Smith
a little too high - they should give us this!
Looks very close, but 1 kHz gain has to be nailed
envelope via lp by Dario Sanphilippo
one channel
N-channel
N-channel by Yann Orlarey | declare name "master_me_gui";
declare author "Klaus Scheuermann";
declare version "2.0";
declare copyright "(C) 2021 Klaus Scheuermann";
import("stdfaust.lib");
init_noisegate_threshold = -70;
init_leveler_target = -18;
init_leveler_maxboost = 3;
init_leveler_maxcut = 3;
init_leveler_gatethreshold = -45;
init_leveler_speed = .005;
init_mbmscomp_thresh = -10;
init_limiter_lad_ceil = -2;
init_brickwall_ceiling = -0.7;
process =
si.bus(Nch) :
hgroup("MASTER_ME", hgroup("[0]INPUT",peak_meter(Nch))) :
dc_filter(Nch) :
hgroup("MASTER_ME", hgroup("[1.5]NOISEGATE",noisegate(Nch))):
hgroup("MASTER_ME", hgroup("[2]LEVELER",leveler(Nch))) :
hgroup("MASTER_ME", hgroup("[3]MULTIBAND MID-SIDE COMPRESSOR", mbmscomp(Nch))) :
hgroup("MASTER_ME", hgroup("[7]LIMITER", limiter(Nch))) :
hgroup("MASTER_ME", hgroup("[8]BRICKWALL",brickwall(Nch))) :
hgroup("MASTER_ME", hgroup("[9]OUTPUT",lufs_any(Nch))) :
hgroup("MASTER_ME", hgroup("[9]OUTPUT",peak_meter(Nch))) :
si.bus(Nch)
;
dc_filter(N) = par(i,N,fi.dcblocker);
noisegate(N) = gate_any(N,noisegate_thresh,noisegate_attack,noisegate_hold,noisegate_release) with {
noisegate_thresh = vslider("[0]threshold",init_noisegate_threshold, -95, 0, 1);
noisegate_attack = 0.01;
noisegate_hold = 1;
noisegate_release = 2;
gate_any(N,thresh,att,hold,rel) = B <: B, (B :> ggm <: attach(_,(1-_) : vbargraph("[2]gate level",0,1)) <: B) : ro.interleave(N,2) : par(i,N,*)
with {
B = si.bus(N);
ggm = gate_gain_mono(thresh,att,hold,rel);
};
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdsamps = int(hold*ma.SR);
};
};
leveler(N) = B <: B, (B :> _ <: _,_ : calc : _ <: B) : ro.interleave(N,2) : par(i,N,*)
with {
B = si.bus(N);
calc(mono,sc) = (mono : Lk : vbargraph("[1]in LUFS S",-40,0) : (target - _) : lp1p(leveler_speed_gated(sc)) : limit(limit_neg,limit_pos) : vbargraph("[2]gain",-50,50) : ba.db2linear) , sc : _,!;
target = vslider("[3]target LUFS[unit:dB]", init_leveler_target,-50,0,1);
limit_pos = vslider("[5]max boost", init_leveler_maxboost, 0, 50, 1);
limit_neg = vslider("[6]max cut", init_leveler_maxcut, 0, 50, 1) : ma.neg;
limit(lo,hi) = min(hi) : max(lo);
leveler_speed = vslider("[4]speed", init_leveler_speed, .005, 0.1, .005);
leveler_speed_gated(sc) = (gate_gain_mono(leveler_gate_thresh,0.1,0,0.1,abs(sc)) <: attach(_, (1-_) : vbargraph("[7]leveler gate",0,1))) : _ * leveler_speed;
leveler_gate_thresh = vslider("[8]lev gate thresh[unit:dB]", init_leveler_gatethreshold,-90,0,1);
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdsamps = int(hold*ma.SR);
};
};
mbmscomp(N) = par(i,N /2, ms_enc : split3) : comp_Nch(N) : par(i,N /2, join3 : ms_dec) : post_gain with{
mbmscomp_thresh = vslider("[1]threshold",init_mbmscomp_thresh,-60,0,1);
ms_enc = _*0.5,_*0.5 <: +, -;
ms_dec = _,_ <: +, -;
split3 = _,_ : par(i,2,fi.filterbank(3, (xo1,xo2))) : _,_,_,_,_,_ with {
xo1 = 250;
xo2 = 2500;
};
join3 = (si.bus(3) :> _) , (si.bus(3) :> _);
comp_Nch(N) = co.FBcompressor_N_chan(0.6,mbmscomp_thresh,0.02,0.5,6,0,0.3,meter_comp,N *3);
meter_comp = _<:attach( ba.linear2db : abs : vbargraph("[2][unit:db]", 0,6));
post_gain = par(i,N,_ * g) with {
g = vslider("[9]makeup[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
};
limiter(N) = limiter_lad_N(N,limiter_lad_lookahead, init_limiter_lad_ceil : ba.db2linear, limiter_lad_attack, limiter_lad_hold, limiter_lad_release) : post_gain with{
limiter_lad_lookahead = 0.01;
limiter_lad_attack = 0.01;
limiter_lad_hold = 0.05;
limiter_lad_release = 0.2;
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
post_gain = par(i,Nch,_ * g) with {
g = vslider("[9]post gain[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
brickwall(N) = limiter_lad_N(N, limiter_lad_lookahead, limiter_lad_ceil, limiter_lad_attack, limiter_lad_hold, limiter_lad_release)
with{
twopi = 2 * ma.PI;
limiter_lad_lookahead = 0.01;
limiter_lad_ceil = init_brickwall_ceiling : ba.db2linear;
limiter_lad_attack = .01 / twopi;
limiter_lad_hold = .1;
limiter_lad_release = 1 / twopi;
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
peak_meter(N) = par(i, N, (_ <: attach(_, envelop : vbargraph("[unit:dB]CH %i", -70, 0)))) with{
vmeter(x) = attach(x, envelop(x) : vbargraph("[unit:dB]", -70, 0));
envelop = abs : max(ba.db2linear(-70)) : ba.linear2db : min(10) : max ~ -(40.0/ma.SR);
};
peak_meter(N) = par(i, N, (_ <: attach(_, envelop : vbargraph("[unit:dB]CH %i", -70, 0)))) with{
vmeter(x) = attach(x, envelop(x) : vbargraph("[unit:dB]", -70, 0));
envelop = abs : max(ba.db2linear(-70)) : ba.linear2db : min(10) : max ~ -(40.0/ma.SR);
};
highpass = fi.highpass(2, 40);
boostDB = 4;
kfilter = highshelf : highpass;
lp1p(cf, x) = fi.pole(b, x * (1 - b)) with {
b = exp(-2 * ma.PI * cf / ma.SR);
};
zi_lp(x) = lp1p(1 / Tg, x * x);
Lk = kfilter: zi_lp : 10 * log10(max(ma.EPSILON)) : -(0.691);
LkN = par(i,Nch,kfilter : zi_lp) :> 10 * log10(max(ma.EPSILON)) : -(0.691);
lufs_any(N) = B <: B, (B :> Lk : vbargraph("LUFS S",-40,0)) : si.bus(N-1), attach(_,_)
with {
B = si.bus(N);
};
LUFS_in_meter(x,y) = x,y <: x, attach(y, (LkN : hgroup("MASTER_ME", hgroup("[0]INPUT",vbargraph("LUFS S",-40,0))))) : _,_;
LUFS_out_meter(x,y) = x,y <: x, attach(y, (LkN : hgroup("MASTER_ME", hgroup("[9]OUTPUT",vbargraph("LUFS S",-40,0))))) : _,_; |
85b783d6e331f36083f6f897d94f2ffe3951d3199210fc6265f56e929c93e463 | trummerschlunk/master_me_legcy | master_me_jacktrip.dsp | // double precision -double needed!
import("stdfaust.lib");
// init values
Nch = 2; //number of channels
init_noisegate_threshold = -70;
init_leveler_target = -16;
init_leveler_maxboost = 6;
init_leveler_maxcut = 6;
init_leveler_gatethreshold = -45;
init_leveler_speed = .03;
init_mbmscomp_thresh = -10; // not used in voc version
init_comp_thresh = -22;
init_comp_thresh_tilt = -4;
init_comp_makeup = 0;
init_limiter_lad_ceil = -5;
init_limiter_postgain = 0;
init_brickwall_ceiling = -3;
target = hslider("../../[1]TARGET[unit:dB]", init_leveler_target,-50,0,1);
// main
process =
// ba.bypass2(checkbox("bypass all"),
hgroup("row1",
si.bus(2) :
//hgroup("MASTER_ME", hgroup("[0]INPUT",peak_meter(Nch))) :
//hgroup("MASTER_ME", hgroup("[0]INPUT",lufs_any(Nch))) :
//hgroup("MASTER_ME", hgroup("[1]STEREO CORRECT",correlate_meter)) :
//hgroup("[1]STEREO CORRECT",correlate_correct_bp) :
dc_filter(2) :
hgroup("[2]NOISEGATE",noisegate(2)):
hgroup("[3]LEVELER",leveler(target))
// hgroup("MASTER_ME", vgroup("[3]MULTIBAND COMPRESSOR", mbcomp(Nch))) :
) : // end vgroup row1
hgroup("row2",hgroup("[3]MSCOMP10", mscomp10(target)) ) :
hgroup("row3",
// hgroup("[3]5-BAND COMPRESSOR", comp5st) :
// hgroup("[3]MULTIBAND MID-SIDE COMPRESSOR", mbmscomp(Nch)) :
hgroup("[4]KNEECOMP",kneecomp(target)) :
hgroup("[7]LIMITER", limiter) :
hgroup("[8]BRICKWALL",brickwall) :
hgroup("[9]OUTPUT",lufs_any(Nch)) :
//hgroup("MASTER_ME", hgroup("[9]OUTPUT",peak_meter(Nch))) :
si.bus(2)
) // end vgroup row2
//) // hgroup MASTER_Me end
// ) // bypass end
;
// DC FILTER
dc_filter(N) = par(i,N,fi.dcblocker);
// NOISE GATE
noisegate(N) = gate_any(N,noisegate_thresh,noisegate_attack,noisegate_hold,noisegate_release) with {
noisegate_thresh = vslider("[0]threshold",init_noisegate_threshold, -95, 0, 1);
noisegate_attack = 0.01;
noisegate_hold = 1;
noisegate_release = 2;
gate_any(N,thresh,att,hold,rel) = B <: B, (B :> ggm : vbargraph("[2]gate level",0,1) <: B) : ro.interleave(N,2) : par(i,N,*)
with {
B = si.bus(N);
ggm = gate_gain_mono(thresh,att,hold,rel);
};
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdreset(x) = rawgatesig(x) < rawgatesig(x)'; // reset hold when raw gate falls
holdsamps = int(hold*ma.SR);
};
};
// LEVELER
leveler(target) = B <: B , (B <: B,B : LkN, + : calc : _ <: B) : ro.interleave(N,2) : par(i,N,*)
with {
N = 2;
B = si.bus(N);
calc(lufs,sc) = (lufs : vbargraph("[1][unit:dB]LUFS",-70,0) : (target - _) : lp1p(leveler_speed_gated(sc)) : limit(limit_neg,limit_pos) : vbargraph("[2]gain",-50,50) : ba.db2linear) , sc : _,!;
// target = vslider("[3]target[unit:dB]", init_leveler_target,-50,0,1);
limit_pos = vslider("[5]max +", init_leveler_maxboost, 0, 60, 1);
limit_neg = vslider("[6]max -", init_leveler_maxcut, 0, 60, 1) : ma.neg;
limit(lo,hi) = min(hi) : max(lo);
leveler_speed = vslider("[4]speed", init_leveler_speed, .005, 0.15, .005);
leveler_speed_gated(sc) = (gate_gain_mono(leveler_gate_thresh,0.1,0,0.1,abs(sc)) <: attach(_, (1-_) : vbargraph("[7]leveler gate",0,1))) : _ * leveler_speed;
leveler_gate_thresh = vslider("[8]lev gate thresh[unit:dB]", init_leveler_gatethreshold,-90,0,1);
// from library:
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdreset(x) = rawgatesig(x) < rawgatesig(x)'; // reset hold when raw gate falls
holdsamps = int(hold*ma.SR);
};
};
// 10BAND MID-SIDE COMPRESSOR
mscomp10(target) = _,_ : ms_enc : par(i,2,fibank_mono) : ro.interleave(N,2) : par(i,N,compst(rdtable(thresh_offset,i))) : par(i,N,ms_dec) :> _,_ : post_gain with{
// threshold offset (high freq to low freq)
thresh_offset = waveform{-25,-17,-14,-13,-11,-10,-8,0,0,-6};
M = 1;
ftop = 10000;
N = 10 * M;
fibank_mono = fi.mth_octave_filterbank_default(M,ftop,N);
// stereo to m/s encoder
ms_enc = _*0.5,_*0.5 <: +, -;
// m/s to stereo decoder
ms_dec = _,_ <: +, -;
// stereo compressor
compst(thr_os) = co.FBcompressor_N_chan(strength,thresh+thr_os,att,rel,knee,prePost,link,meter,2) with {
strength = 0.1;
thresh = target + vslider("[unit:dB]tar-thr",-2,-10,10,1);
att = 0.015;
rel = 0.6;
knee = 12;
prePost = 1;
link = 0.5;
meter = _ <: (_, (ba.linear2db : ma.neg : vbargraph("[unit:dB]",0,3))) : attach;
};
//post_gain
post_gain = par(i,2,_ * g) with {
g = vslider("post gain[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
};
// KNEE COMPRESSOR
kneecomp(target) = ms_enc : co.RMS_FBcompressor_peak_limiter_N_chan(strength,thresh,threshLim,att,rel,knee,link,meter,meterLim,2) : ms_dec : post_gain with {
strength = 0.1; //vslider("strength", 0.1, 0, 1, 0.1);
thresh = target + vslider("[unit:dB]tar-thr",-6,-12,6,1);
threshLim = +3; //vslider("threshLim",3,-12,3,1);
att = 0.4; //vslider("att",0.4,0.001,1,0.001);
rel = 0.8; //vslider("rel",0.8,0.01,1,0.001);
knee = 12; //vslider("knee",12,0,12,1);
link = 0.5; //vslider("link", 0.5, 0, 1, 0.1);
meter = _<: _,(ba.linear2db : ma.neg : vbargraph("[unit:dB]",0,3)) : attach;
meterLim = _<: _,(ba.linear2db : ma.neg : vbargraph("[unit:dB]",0,3)) : attach;
// stereo to m/s encoder
ms_enc = _*0.5,_*0.5 <: +, -;
// m/s to stereo decoder
ms_dec = _,_ <: +, -;
//post_gain
post_gain = par(i,2,_ * g) with {
g = vslider("post gain[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
};
// LIMITER
limiter = limiter_lad_N(2,limiter_lad_lookahead, init_limiter_lad_ceil : ba.db2linear, limiter_lad_attack, limiter_lad_hold, limiter_lad_release) : post_gain with{
N=2;
limiter_lad_lookahead = 0;
limiter_lad_attack = 0.001;
limiter_lad_hold = 0.05;
limiter_lad_release = 0.2;
// lookahead limiter (N-channel)
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
// post_gain
post_gain = par(i,Nch,_ * g) with {
g = vslider("[9]post gain[unit:dB]", init_limiter_postgain,-10,+10,0.5) : ba.db2linear;
};
// metering
//meter_limiter_lad_N = _ <: attach(ba.linear2db : vbargraph("[8][unit:dB]GR",-12,0));
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
// BRICKWALL
brickwall = limiter_lad_N(N, limiter_lad_lookahead, limiter_lad_ceil, limiter_lad_attack, limiter_lad_hold, limiter_lad_release)
with{
N=2;
twopi = 2 * ma.PI;
limiter_lad_lookahead = 0.01;
limiter_lad_ceil = init_brickwall_ceiling : ba.db2linear;
limiter_lad_attack = .01 / twopi;
limiter_lad_hold = .1;
limiter_lad_release = 1 / twopi;
// lookahead limiter (N-channel)
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
// metering
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
// METERING
peak_meter(N) = par(i, N, (_ <: attach(_, envelop : vbargraph("[unit:dB]CH%i", -70, 0)))) with{
vmeter(x) = attach(x, envelop(x) : vbargraph("[unit:dB]", -70, 0));
envelop = abs : max(ba.db2linear(-70)) : ba.linear2db : min(10) : max ~ -(40.0/ma.SR);
};
// +++++++++++++++++++++++++ LUFS METER +++++++++++++++++++++++++
Tg = 3; // 3 second window for 'short-term' measurement
zi = an.ms_envelope_rect(Tg); // mean square: average power = energy/Tg = integral of squared signal / Tg
kfilter = fi.highpass(1, 60) : fi.high_shelf(4, 1800);
// 2-channel
lk2 = par(i,2,kfilter : zi) :> 10 * log10(max(ma.EPSILON)) : -(0.691);
//envelope via lp by Dario Sanphilippo
lp1p(cf, x) = fi.pole(b, x * (1 - b)) with {
b = exp(-2 * ma.PI * cf / ma.SR);
};
// zi_lp(x) = lp1p(1 / Tg, x * x);
// one channel
Lk = kfilter : zi : 10 * log10(max(ma.EPSILON)) : -(0.691);
// N-channel
LkN = par(i,Nch, kfilter : zi) :> 10 * log10(max(ma.EPSILON)) : -(0.691);
// N-channel by Yann Orlarey
lufs_any(N) = B <: B, (B : par(i,N,kfilter:zi) :> 10 * log10(max(ma.EPSILON)) : -(0.691) : vbargraph("[unit:dB]LUFS",-70,0)) : si.bus(N-1), attach(_,_)
with {
B = si.bus(N);
};
// correlation meter
correlate_meter(x,y) = x,y <: x , attach(y, (corr(t) : vbargraph("correlation",-1,1))) : _,_ with {
t = .2; // averaging period in seconds
avg(t, x) = fi.pole(p, (1 - p) * x) // 1-pole lowpass as average
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
var(t, x) = avg(t, (x - avg(t, x)) ^ 2); // variance
sd(t, x) = sqrt(var(t, x)); // standard deviation
cov(t, x1, x2) = avg(t, (x1 - avg(t, x1)) * (x2 - avg(t, x2))); // covariance
corr(t, x1, x2) = cov(t, x1, x2) / max(ma.EPSILON, (sd(t, x1) * sd(t, x2))); // correlation
};
// stereo correction based on correlation
correlate_correct(l,r) = out_pos1, out_neg1, out_0, out_pos, out_neg :> _,_ with {
t = .2; // averaging period in seconds
avg(t, x) = fi.pole(p, (1 - p) * x) // 1-pole lowpass as average
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
var(t, x) = avg(t, (x - avg(t, x)) ^ 2); // variance
sd(t, x) = sqrt(var(t, x)); // standard deviation
cov(t, x1, x2) = avg(t, (x1 - avg(t, x1)) * (x2 - avg(t, x2))); // covariance
corr(t, x1, x2) = cov(t, x1, x2) / max(ma.EPSILON, (sd(t, x1) * sd(t, x2))); // correlation
th =.0001;
corr_pos1 = avg(t, (corr(t,l,r) > (1-th))) : smoothing /*: vbargraph("[5]1",0,1)*/;
corr_neg1 = avg(t, corr(t,l,r) < (-1+th)) : smoothing /*: vbargraph("[9]-1",0,1)*/;
corr_0 = avg(t, ((corr(t,l,r) < th) & (corr(t,l,r) > (0-th)))) : smoothing /*: vbargraph("[7]0",0,1)*/;
corr_pos = avg(t, ((corr(t,l,r) > (0+th)) & (corr(t,l,r) < (1-th)))) : smoothing /*: vbargraph("[6]>0,<1",0,1)*/;
corr_neg = avg(t, ((corr(t,l,r) > (-1+th)) & (corr(t,l,r) < (0-th)))) : smoothing /*: vbargraph("[8]>-1,<0",0,1)*/;
smoothing = lp1p(2) ;
out_pos1 = ((l * corr_pos1 + r * corr_pos1) /2) , ((l * corr_pos1 + r * corr_pos1) /2);
out_neg1 = ((l * corr_neg1 + (-r) * corr_neg1) /2) , ((l * corr_neg1 + (-r) * corr_neg1) /2);
out_0 = (l * corr_0 + r * corr_0) , (l * corr_0 + r * corr_0);
out_pos = l * corr_pos , r * corr_pos;
out_neg = l * corr_neg , r * corr_neg; // old: out_neg = l * corr_neg , (0-(r * corr_neg));
};
// stereo correction bypass checkbox
correlate_correct_bp = ba.bypass2(checkbox("bypass"), correlate_correct);
| https://raw.githubusercontent.com/trummerschlunk/master_me_legcy/524781f69c6ffa91c22d5ed48fe77cd203f34198/master_me_jacktrip.dsp | faust | double precision -double needed!
init values
number of channels
not used in voc version
main
ba.bypass2(checkbox("bypass all"),
hgroup("MASTER_ME", hgroup("[0]INPUT",peak_meter(Nch))) :
hgroup("MASTER_ME", hgroup("[0]INPUT",lufs_any(Nch))) :
hgroup("MASTER_ME", hgroup("[1]STEREO CORRECT",correlate_meter)) :
hgroup("[1]STEREO CORRECT",correlate_correct_bp) :
hgroup("MASTER_ME", vgroup("[3]MULTIBAND COMPRESSOR", mbcomp(Nch))) :
end vgroup row1
hgroup("[3]5-BAND COMPRESSOR", comp5st) :
hgroup("[3]MULTIBAND MID-SIDE COMPRESSOR", mbmscomp(Nch)) :
hgroup("MASTER_ME", hgroup("[9]OUTPUT",peak_meter(Nch))) :
end vgroup row2
) // hgroup MASTER_Me end
) // bypass end
DC FILTER
NOISE GATE
reset hold when raw gate falls
LEVELER
target = vslider("[3]target[unit:dB]", init_leveler_target,-50,0,1);
from library:
reset hold when raw gate falls
10BAND MID-SIDE COMPRESSOR
threshold offset (high freq to low freq)
stereo to m/s encoder
m/s to stereo decoder
stereo compressor
post_gain
KNEE COMPRESSOR
vslider("strength", 0.1, 0, 1, 0.1);
vslider("threshLim",3,-12,3,1);
vslider("att",0.4,0.001,1,0.001);
vslider("rel",0.8,0.01,1,0.001);
vslider("knee",12,0,12,1);
vslider("link", 0.5, 0, 1, 0.1);
stereo to m/s encoder
m/s to stereo decoder
post_gain
LIMITER
lookahead limiter (N-channel)
post_gain
metering
meter_limiter_lad_N = _ <: attach(ba.linear2db : vbargraph("[8][unit:dB]GR",-12,0));
BRICKWALL
lookahead limiter (N-channel)
metering
METERING
+++++++++++++++++++++++++ LUFS METER +++++++++++++++++++++++++
3 second window for 'short-term' measurement
mean square: average power = energy/Tg = integral of squared signal / Tg
2-channel
envelope via lp by Dario Sanphilippo
zi_lp(x) = lp1p(1 / Tg, x * x);
one channel
N-channel
N-channel by Yann Orlarey
correlation meter
averaging period in seconds
1-pole lowpass as average
variance
standard deviation
covariance
correlation
stereo correction based on correlation
averaging period in seconds
1-pole lowpass as average
variance
standard deviation
covariance
correlation
: vbargraph("[5]1",0,1)
: vbargraph("[9]-1",0,1)
: vbargraph("[7]0",0,1)
: vbargraph("[6]>0,<1",0,1)
: vbargraph("[8]>-1,<0",0,1)
old: out_neg = l * corr_neg , (0-(r * corr_neg));
stereo correction bypass checkbox |
import("stdfaust.lib");
init_noisegate_threshold = -70;
init_leveler_target = -16;
init_leveler_maxboost = 6;
init_leveler_maxcut = 6;
init_leveler_gatethreshold = -45;
init_leveler_speed = .03;
init_comp_thresh = -22;
init_comp_thresh_tilt = -4;
init_comp_makeup = 0;
init_limiter_lad_ceil = -5;
init_limiter_postgain = 0;
init_brickwall_ceiling = -3;
target = hslider("../../[1]TARGET[unit:dB]", init_leveler_target,-50,0,1);
process =
hgroup("row1",
si.bus(2) :
dc_filter(2) :
hgroup("[2]NOISEGATE",noisegate(2)):
hgroup("[3]LEVELER",leveler(target))
hgroup("row2",hgroup("[3]MSCOMP10", mscomp10(target)) ) :
hgroup("row3",
hgroup("[4]KNEECOMP",kneecomp(target)) :
hgroup("[7]LIMITER", limiter) :
hgroup("[8]BRICKWALL",brickwall) :
hgroup("[9]OUTPUT",lufs_any(Nch)) :
si.bus(2)
;
dc_filter(N) = par(i,N,fi.dcblocker);
noisegate(N) = gate_any(N,noisegate_thresh,noisegate_attack,noisegate_hold,noisegate_release) with {
noisegate_thresh = vslider("[0]threshold",init_noisegate_threshold, -95, 0, 1);
noisegate_attack = 0.01;
noisegate_hold = 1;
noisegate_release = 2;
gate_any(N,thresh,att,hold,rel) = B <: B, (B :> ggm : vbargraph("[2]gate level",0,1) <: B) : ro.interleave(N,2) : par(i,N,*)
with {
B = si.bus(N);
ggm = gate_gain_mono(thresh,att,hold,rel);
};
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdsamps = int(hold*ma.SR);
};
};
leveler(target) = B <: B , (B <: B,B : LkN, + : calc : _ <: B) : ro.interleave(N,2) : par(i,N,*)
with {
N = 2;
B = si.bus(N);
calc(lufs,sc) = (lufs : vbargraph("[1][unit:dB]LUFS",-70,0) : (target - _) : lp1p(leveler_speed_gated(sc)) : limit(limit_neg,limit_pos) : vbargraph("[2]gain",-50,50) : ba.db2linear) , sc : _,!;
limit_pos = vslider("[5]max +", init_leveler_maxboost, 0, 60, 1);
limit_neg = vslider("[6]max -", init_leveler_maxcut, 0, 60, 1) : ma.neg;
limit(lo,hi) = min(hi) : max(lo);
leveler_speed = vslider("[4]speed", init_leveler_speed, .005, 0.15, .005);
leveler_speed_gated(sc) = (gate_gain_mono(leveler_gate_thresh,0.1,0,0.1,abs(sc)) <: attach(_, (1-_) : vbargraph("[7]leveler gate",0,1))) : _ * leveler_speed;
leveler_gate_thresh = vslider("[8]lev gate thresh[unit:dB]", init_leveler_gatethreshold,-90,0,1);
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdsamps = int(hold*ma.SR);
};
};
mscomp10(target) = _,_ : ms_enc : par(i,2,fibank_mono) : ro.interleave(N,2) : par(i,N,compst(rdtable(thresh_offset,i))) : par(i,N,ms_dec) :> _,_ : post_gain with{
thresh_offset = waveform{-25,-17,-14,-13,-11,-10,-8,0,0,-6};
M = 1;
ftop = 10000;
N = 10 * M;
fibank_mono = fi.mth_octave_filterbank_default(M,ftop,N);
ms_enc = _*0.5,_*0.5 <: +, -;
ms_dec = _,_ <: +, -;
compst(thr_os) = co.FBcompressor_N_chan(strength,thresh+thr_os,att,rel,knee,prePost,link,meter,2) with {
strength = 0.1;
thresh = target + vslider("[unit:dB]tar-thr",-2,-10,10,1);
att = 0.015;
rel = 0.6;
knee = 12;
prePost = 1;
link = 0.5;
meter = _ <: (_, (ba.linear2db : ma.neg : vbargraph("[unit:dB]",0,3))) : attach;
};
post_gain = par(i,2,_ * g) with {
g = vslider("post gain[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
};
kneecomp(target) = ms_enc : co.RMS_FBcompressor_peak_limiter_N_chan(strength,thresh,threshLim,att,rel,knee,link,meter,meterLim,2) : ms_dec : post_gain with {
thresh = target + vslider("[unit:dB]tar-thr",-6,-12,6,1);
meter = _<: _,(ba.linear2db : ma.neg : vbargraph("[unit:dB]",0,3)) : attach;
meterLim = _<: _,(ba.linear2db : ma.neg : vbargraph("[unit:dB]",0,3)) : attach;
ms_enc = _*0.5,_*0.5 <: +, -;
ms_dec = _,_ <: +, -;
post_gain = par(i,2,_ * g) with {
g = vslider("post gain[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
};
limiter = limiter_lad_N(2,limiter_lad_lookahead, init_limiter_lad_ceil : ba.db2linear, limiter_lad_attack, limiter_lad_hold, limiter_lad_release) : post_gain with{
N=2;
limiter_lad_lookahead = 0;
limiter_lad_attack = 0.001;
limiter_lad_hold = 0.05;
limiter_lad_release = 0.2;
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
post_gain = par(i,Nch,_ * g) with {
g = vslider("[9]post gain[unit:dB]", init_limiter_postgain,-10,+10,0.5) : ba.db2linear;
};
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
brickwall = limiter_lad_N(N, limiter_lad_lookahead, limiter_lad_ceil, limiter_lad_attack, limiter_lad_hold, limiter_lad_release)
with{
N=2;
twopi = 2 * ma.PI;
limiter_lad_lookahead = 0.01;
limiter_lad_ceil = init_brickwall_ceiling : ba.db2linear;
limiter_lad_attack = .01 / twopi;
limiter_lad_hold = .1;
limiter_lad_release = 1 / twopi;
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
peak_meter(N) = par(i, N, (_ <: attach(_, envelop : vbargraph("[unit:dB]CH%i", -70, 0)))) with{
vmeter(x) = attach(x, envelop(x) : vbargraph("[unit:dB]", -70, 0));
envelop = abs : max(ba.db2linear(-70)) : ba.linear2db : min(10) : max ~ -(40.0/ma.SR);
};
kfilter = fi.highpass(1, 60) : fi.high_shelf(4, 1800);
lk2 = par(i,2,kfilter : zi) :> 10 * log10(max(ma.EPSILON)) : -(0.691);
lp1p(cf, x) = fi.pole(b, x * (1 - b)) with {
b = exp(-2 * ma.PI * cf / ma.SR);
};
Lk = kfilter : zi : 10 * log10(max(ma.EPSILON)) : -(0.691);
LkN = par(i,Nch, kfilter : zi) :> 10 * log10(max(ma.EPSILON)) : -(0.691);
lufs_any(N) = B <: B, (B : par(i,N,kfilter:zi) :> 10 * log10(max(ma.EPSILON)) : -(0.691) : vbargraph("[unit:dB]LUFS",-70,0)) : si.bus(N-1), attach(_,_)
with {
B = si.bus(N);
};
correlate_meter(x,y) = x,y <: x , attach(y, (corr(t) : vbargraph("correlation",-1,1))) : _,_ with {
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
};
correlate_correct(l,r) = out_pos1, out_neg1, out_0, out_pos, out_neg :> _,_ with {
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
th =.0001;
smoothing = lp1p(2) ;
out_pos1 = ((l * corr_pos1 + r * corr_pos1) /2) , ((l * corr_pos1 + r * corr_pos1) /2);
out_neg1 = ((l * corr_neg1 + (-r) * corr_neg1) /2) , ((l * corr_neg1 + (-r) * corr_neg1) /2);
out_0 = (l * corr_0 + r * corr_0) , (l * corr_0 + r * corr_0);
out_pos = l * corr_pos , r * corr_pos;
};
correlate_correct_bp = ba.bypass2(checkbox("bypass"), correlate_correct);
|
c94d52f5cce31bda057a08b93ceeef55950925ba7e6f22f091cee7e2c0f65fbe | trummerschlunk/master_me_legcy | soundsgood09.dsp | // double precision -double needed!
import("stdfaust.lib");
// init values
Nch = 2; //number of channels
init_noisegate_threshold = -70; // not used in voc version
init_leveler_target = -18;
init_leveler_maxboost = 40;
init_leveler_maxcut = 40;
init_leveler_gatethreshold = -45;
init_leveler_speed = .03;
init_mbmscomp_thresh = -10; // not used in voc version
init_comp_thresh = -22;
init_comp_thresh_tilt = -4;
init_comp_makeup = 0;
init_limiter_lad_ceil = -5;
init_limiter_postgain = 0;
init_brickwall_ceiling = -3;
target = hslider("../../[1]TARGET[unit:dB]", init_leveler_target,-50,0,1);
// main
process =
// ba.bypass2(checkbox("bypass all"),
hgroup("row1",
si.bus(2) :
//hgroup("MASTER_ME", hgroup("[0]INPUT",peak_meter(Nch))) :
//hgroup("MASTER_ME", hgroup("[0]INPUT",lufs_any(Nch))) :
//hgroup("MASTER_ME", hgroup("[1]STEREO CORRECT",correlate_meter)) :
//hgroup("[1]STEREO CORRECT",correlate_correct_bp) :
dc_filter(2) :
hgroup("[2]NOISEGATE",noisegate(2)):
hgroup("[3]LEVELER",leveler(target))
// hgroup("MASTER_ME", vgroup("[3]MULTIBAND COMPRESSOR", mbcomp(Nch))) :
) : // end vgroup row1
hgroup("row2",hgroup("[3]MSCOMP10", mscomp10(target)) ) :
hgroup("row3",
// hgroup("[3]5-BAND COMPRESSOR", comp5st) :
// hgroup("[3]MULTIBAND MID-SIDE COMPRESSOR", mbmscomp(Nch)) :
hgroup("[4]KNEECOMP",kneecomp(target)) :
hgroup("[7]LIMITER", limiter) :
hgroup("[8]BRICKWALL",brickwall) :
hgroup("[9]OUTPUT",lufs_any(Nch)) :
//hgroup("MASTER_ME", hgroup("[9]OUTPUT",peak_meter(Nch))) :
si.bus(2)
) // end vgroup row2
//) // hgroup MASTER_Me end
// ) // bypass end
;
// DC FILTER
dc_filter(N) = par(i,N,fi.dcblocker);
// NOISE GATE
noisegate(N) = gate_any(N,noisegate_thresh,noisegate_attack,noisegate_hold,noisegate_release) with {
noisegate_thresh = vslider("[0]threshold",init_noisegate_threshold, -95, 0, 1);
noisegate_attack = 0.01;
noisegate_hold = 1;
noisegate_release = 2;
gate_any(N,thresh,att,hold,rel) = B <: B, (B :> ggm : vbargraph("[2]gate level",0,1) <: B) : ro.interleave(N,2) : par(i,N,*)
with {
B = si.bus(N);
ggm = gate_gain_mono(thresh,att,hold,rel);
};
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdreset(x) = rawgatesig(x) < rawgatesig(x)'; // reset hold when raw gate falls
holdsamps = int(hold*ma.SR);
};
};
// LEVELER
leveler(target) = B <: B , (B <: B,B : LkN, + : calc : _ <: B) : ro.interleave(N,2) : par(i,N,*)
with {
N = 2;
B = si.bus(N);
calc(lufs,sc) = (lufs : vbargraph("[1][unit:dB]LUFS",-70,0) : (target - _) : lp1p(leveler_speed_gated(sc)) : limit(limit_neg,limit_pos) : vbargraph("[2]gain",-50,50) : ba.db2linear) , sc : _,!;
// target = vslider("[3]target[unit:dB]", init_leveler_target,-50,0,1);
limit_pos = vslider("[5]max +", init_leveler_maxboost, 0, 60, 1);
limit_neg = vslider("[6]max -", init_leveler_maxcut, 0, 60, 1) : ma.neg;
limit(lo,hi) = min(hi) : max(lo);
leveler_speed = vslider("[4]speed", init_leveler_speed, .005, 0.15, .005);
leveler_speed_gated(sc) = (gate_gain_mono(leveler_gate_thresh,0.1,0,0.1,abs(sc)) <: attach(_, (1-_) : vbargraph("[7]leveler gate",0,1))) : _ * leveler_speed;
leveler_gate_thresh = vslider("[8]lev gate thresh[unit:dB]", init_leveler_gatethreshold,-90,0,1);
// from library:
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdreset(x) = rawgatesig(x) < rawgatesig(x)'; // reset hold when raw gate falls
holdsamps = int(hold*ma.SR);
};
};
// 10BAND MID-SIDE COMPRESSOR
mscomp10(target) = _,_ : ms_enc : par(i,2,fibank_mono) : ro.interleave(N,2) : par(i,N,compst(rdtable(thresh_offset,i))) : par(i,N,ms_dec) :> _,_ : post_gain with{
// threshold offset (high freq to low freq)
thresh_offset = waveform{-25,-17,-14,-13,-11,-10,-8,0,0,-6};
M = 1;
ftop = 10000;
N = 10 * M;
fibank_mono = fi.mth_octave_filterbank_default(M,ftop,N);
// stereo to m/s encoder
ms_enc = _*0.5,_*0.5 <: +, -;
// m/s to stereo decoder
ms_dec = _,_ <: +, -;
// stereo compressor
compst(thr_os) = co.FBcompressor_N_chan(strength,thresh+thr_os,att,rel,knee,prePost,link,meter,2) with {
strength = 0.1;
thresh = target + vslider("[unit:dB]tar-thr",-2,-10,10,1);
att = 0.015;
rel = 0.6;
knee = 12;
prePost = 1;
link = 0.5;
meter = _ <: (_, (ba.linear2db : ma.neg : vbargraph("[unit:dB]",0,3))) : attach;
};
//post_gain
post_gain = par(i,2,_ * g) with {
g = vslider("post gain[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
};
// KNEE COMPRESSOR
kneecomp(target) = ms_enc : co.RMS_FBcompressor_peak_limiter_N_chan(strength,thresh,threshLim,att,rel,knee,link,meter,meterLim,2) : ms_dec : post_gain with {
strength = 0.1; //vslider("strength", 0.1, 0, 1, 0.1);
thresh = target + vslider("[unit:dB]tar-thr",-12,-12,6,1);
threshLim = +3; //vslider("threshLim",3,-12,3,1);
att = 0.4; //vslider("att",0.4,0.001,1,0.001);
rel = 0.8; //vslider("rel",0.8,0.01,1,0.001);
knee = 12; //vslider("knee",12,0,12,1);
link = 0.5; //vslider("link", 0.5, 0, 1, 0.1);
meter = _<: _,(ba.linear2db : ma.neg : vbargraph("[unit:dB]",0,3)) : attach;
meterLim = _<: _,(ba.linear2db : ma.neg : vbargraph("[unit:dB]",0,3)) : attach;
// stereo to m/s encoder
ms_enc = _*0.5,_*0.5 <: +, -;
// m/s to stereo decoder
ms_dec = _,_ <: +, -;
//post_gain
post_gain = par(i,2,_ * g) with {
g = vslider("post gain[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
};
// LIMITER
limiter = limiter_lad_N(2,limiter_lad_lookahead, init_limiter_lad_ceil : ba.db2linear, limiter_lad_attack, limiter_lad_hold, limiter_lad_release) : post_gain with{
N=2;
limiter_lad_lookahead = 0;
limiter_lad_attack = 0.001;
limiter_lad_hold = 0.05;
limiter_lad_release = 0.2;
// lookahead limiter (N-channel)
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
// post_gain
post_gain = par(i,Nch,_ * g) with {
g = vslider("[9]post gain[unit:dB]", init_limiter_postgain,-10,+10,0.5) : ba.db2linear;
};
// metering
//meter_limiter_lad_N = _ <: attach(ba.linear2db : vbargraph("[8][unit:dB]GR",-12,0));
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
// BRICKWALL
brickwall = limiter_lad_N(N, limiter_lad_lookahead, limiter_lad_ceil, limiter_lad_attack, limiter_lad_hold, limiter_lad_release)
with{
N=2;
twopi = 2 * ma.PI;
limiter_lad_lookahead = 0.01;
limiter_lad_ceil = init_brickwall_ceiling : ba.db2linear;
limiter_lad_attack = .01 / twopi;
limiter_lad_hold = .1;
limiter_lad_release = 1 / twopi;
// lookahead limiter (N-channel)
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
// metering
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
// METERING
peak_meter(N) = par(i, N, (_ <: attach(_, envelop : vbargraph("[unit:dB]CH%i", -70, 0)))) with{
vmeter(x) = attach(x, envelop(x) : vbargraph("[unit:dB]", -70, 0));
envelop = abs : max(ba.db2linear(-70)) : ba.linear2db : min(10) : max ~ -(40.0/ma.SR);
};
// +++++++++++++++++++++++++ LUFS METER +++++++++++++++++++++++++
Tg = 3; // 3 second window for 'short-term' measurement
zi = an.ms_envelope_rect(Tg); // mean square: average power = energy/Tg = integral of squared signal / Tg
kfilter = fi.highpass(1, 60) : fi.high_shelf(4, 1800);
// 2-channel
lk2 = par(i,2,kfilter : zi) :> 10 * log10(max(ma.EPSILON)) : -(0.691);
//envelope via lp by Dario Sanphilippo
lp1p(cf, x) = fi.pole(b, x * (1 - b)) with {
b = exp(-2 * ma.PI * cf / ma.SR);
};
// zi_lp(x) = lp1p(1 / Tg, x * x);
// one channel
Lk = kfilter : zi : 10 * log10(max(ma.EPSILON)) : -(0.691);
// N-channel
LkN = par(i,Nch, kfilter : zi) :> 10 * log10(max(ma.EPSILON)) : -(0.691);
// N-channel by Yann Orlarey
lufs_any(N) = B <: B, (B : par(i,N,kfilter:zi) :> 10 * log10(max(ma.EPSILON)) : -(0.691) : vbargraph("[unit:dB]LUFS",-70,0)) : si.bus(N-1), attach(_,_)
with {
B = si.bus(N);
};
// correlation meter
correlate_meter(x,y) = x,y <: x , attach(y, (corr(t) : vbargraph("correlation",-1,1))) : _,_ with {
t = .2; // averaging period in seconds
avg(t, x) = fi.pole(p, (1 - p) * x) // 1-pole lowpass as average
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
var(t, x) = avg(t, (x - avg(t, x)) ^ 2); // variance
sd(t, x) = sqrt(var(t, x)); // standard deviation
cov(t, x1, x2) = avg(t, (x1 - avg(t, x1)) * (x2 - avg(t, x2))); // covariance
corr(t, x1, x2) = cov(t, x1, x2) / max(ma.EPSILON, (sd(t, x1) * sd(t, x2))); // correlation
};
// stereo correction based on correlation
correlate_correct(l,r) = out_pos1, out_neg1, out_0, out_pos, out_neg :> _,_ with {
t = .2; // averaging period in seconds
avg(t, x) = fi.pole(p, (1 - p) * x) // 1-pole lowpass as average
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
var(t, x) = avg(t, (x - avg(t, x)) ^ 2); // variance
sd(t, x) = sqrt(var(t, x)); // standard deviation
cov(t, x1, x2) = avg(t, (x1 - avg(t, x1)) * (x2 - avg(t, x2))); // covariance
corr(t, x1, x2) = cov(t, x1, x2) / max(ma.EPSILON, (sd(t, x1) * sd(t, x2))); // correlation
th =.0001;
corr_pos1 = avg(t, (corr(t,l,r) > (1-th))) : smoothing /*: vbargraph("[5]1",0,1)*/;
corr_neg1 = avg(t, corr(t,l,r) < (-1+th)) : smoothing /*: vbargraph("[9]-1",0,1)*/;
corr_0 = avg(t, ((corr(t,l,r) < th) & (corr(t,l,r) > (0-th)))) : smoothing /*: vbargraph("[7]0",0,1)*/;
corr_pos = avg(t, ((corr(t,l,r) > (0+th)) & (corr(t,l,r) < (1-th)))) : smoothing /*: vbargraph("[6]>0,<1",0,1)*/;
corr_neg = avg(t, ((corr(t,l,r) > (-1+th)) & (corr(t,l,r) < (0-th)))) : smoothing /*: vbargraph("[8]>-1,<0",0,1)*/;
smoothing = lp1p(2) ;
out_pos1 = ((l * corr_pos1 + r * corr_pos1) /2) , ((l * corr_pos1 + r * corr_pos1) /2);
out_neg1 = ((l * corr_neg1 + (-r) * corr_neg1) /2) , ((l * corr_neg1 + (-r) * corr_neg1) /2);
out_0 = (l * corr_0 + r * corr_0) , (l * corr_0 + r * corr_0);
out_pos = l * corr_pos , r * corr_pos;
out_neg = l * corr_neg , r * corr_neg; // old: out_neg = l * corr_neg , (0-(r * corr_neg));
};
// stereo correction bypass checkbox
correlate_correct_bp = ba.bypass2(checkbox("bypass"), correlate_correct);
| https://raw.githubusercontent.com/trummerschlunk/master_me_legcy/da31e049aef0de7a8909c906b58009cce6675938/soundsgood09.dsp | faust | double precision -double needed!
init values
number of channels
not used in voc version
not used in voc version
main
ba.bypass2(checkbox("bypass all"),
hgroup("MASTER_ME", hgroup("[0]INPUT",peak_meter(Nch))) :
hgroup("MASTER_ME", hgroup("[0]INPUT",lufs_any(Nch))) :
hgroup("MASTER_ME", hgroup("[1]STEREO CORRECT",correlate_meter)) :
hgroup("[1]STEREO CORRECT",correlate_correct_bp) :
hgroup("MASTER_ME", vgroup("[3]MULTIBAND COMPRESSOR", mbcomp(Nch))) :
end vgroup row1
hgroup("[3]5-BAND COMPRESSOR", comp5st) :
hgroup("[3]MULTIBAND MID-SIDE COMPRESSOR", mbmscomp(Nch)) :
hgroup("MASTER_ME", hgroup("[9]OUTPUT",peak_meter(Nch))) :
end vgroup row2
) // hgroup MASTER_Me end
) // bypass end
DC FILTER
NOISE GATE
reset hold when raw gate falls
LEVELER
target = vslider("[3]target[unit:dB]", init_leveler_target,-50,0,1);
from library:
reset hold when raw gate falls
10BAND MID-SIDE COMPRESSOR
threshold offset (high freq to low freq)
stereo to m/s encoder
m/s to stereo decoder
stereo compressor
post_gain
KNEE COMPRESSOR
vslider("strength", 0.1, 0, 1, 0.1);
vslider("threshLim",3,-12,3,1);
vslider("att",0.4,0.001,1,0.001);
vslider("rel",0.8,0.01,1,0.001);
vslider("knee",12,0,12,1);
vslider("link", 0.5, 0, 1, 0.1);
stereo to m/s encoder
m/s to stereo decoder
post_gain
LIMITER
lookahead limiter (N-channel)
post_gain
metering
meter_limiter_lad_N = _ <: attach(ba.linear2db : vbargraph("[8][unit:dB]GR",-12,0));
BRICKWALL
lookahead limiter (N-channel)
metering
METERING
+++++++++++++++++++++++++ LUFS METER +++++++++++++++++++++++++
3 second window for 'short-term' measurement
mean square: average power = energy/Tg = integral of squared signal / Tg
2-channel
envelope via lp by Dario Sanphilippo
zi_lp(x) = lp1p(1 / Tg, x * x);
one channel
N-channel
N-channel by Yann Orlarey
correlation meter
averaging period in seconds
1-pole lowpass as average
variance
standard deviation
covariance
correlation
stereo correction based on correlation
averaging period in seconds
1-pole lowpass as average
variance
standard deviation
covariance
correlation
: vbargraph("[5]1",0,1)
: vbargraph("[9]-1",0,1)
: vbargraph("[7]0",0,1)
: vbargraph("[6]>0,<1",0,1)
: vbargraph("[8]>-1,<0",0,1)
old: out_neg = l * corr_neg , (0-(r * corr_neg));
stereo correction bypass checkbox |
import("stdfaust.lib");
init_leveler_target = -18;
init_leveler_maxboost = 40;
init_leveler_maxcut = 40;
init_leveler_gatethreshold = -45;
init_leveler_speed = .03;
init_comp_thresh = -22;
init_comp_thresh_tilt = -4;
init_comp_makeup = 0;
init_limiter_lad_ceil = -5;
init_limiter_postgain = 0;
init_brickwall_ceiling = -3;
target = hslider("../../[1]TARGET[unit:dB]", init_leveler_target,-50,0,1);
process =
hgroup("row1",
si.bus(2) :
dc_filter(2) :
hgroup("[2]NOISEGATE",noisegate(2)):
hgroup("[3]LEVELER",leveler(target))
hgroup("row2",hgroup("[3]MSCOMP10", mscomp10(target)) ) :
hgroup("row3",
hgroup("[4]KNEECOMP",kneecomp(target)) :
hgroup("[7]LIMITER", limiter) :
hgroup("[8]BRICKWALL",brickwall) :
hgroup("[9]OUTPUT",lufs_any(Nch)) :
si.bus(2)
;
dc_filter(N) = par(i,N,fi.dcblocker);
noisegate(N) = gate_any(N,noisegate_thresh,noisegate_attack,noisegate_hold,noisegate_release) with {
noisegate_thresh = vslider("[0]threshold",init_noisegate_threshold, -95, 0, 1);
noisegate_attack = 0.01;
noisegate_hold = 1;
noisegate_release = 2;
gate_any(N,thresh,att,hold,rel) = B <: B, (B :> ggm : vbargraph("[2]gate level",0,1) <: B) : ro.interleave(N,2) : par(i,N,*)
with {
B = si.bus(N);
ggm = gate_gain_mono(thresh,att,hold,rel);
};
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdsamps = int(hold*ma.SR);
};
};
leveler(target) = B <: B , (B <: B,B : LkN, + : calc : _ <: B) : ro.interleave(N,2) : par(i,N,*)
with {
N = 2;
B = si.bus(N);
calc(lufs,sc) = (lufs : vbargraph("[1][unit:dB]LUFS",-70,0) : (target - _) : lp1p(leveler_speed_gated(sc)) : limit(limit_neg,limit_pos) : vbargraph("[2]gain",-50,50) : ba.db2linear) , sc : _,!;
limit_pos = vslider("[5]max +", init_leveler_maxboost, 0, 60, 1);
limit_neg = vslider("[6]max -", init_leveler_maxcut, 0, 60, 1) : ma.neg;
limit(lo,hi) = min(hi) : max(lo);
leveler_speed = vslider("[4]speed", init_leveler_speed, .005, 0.15, .005);
leveler_speed_gated(sc) = (gate_gain_mono(leveler_gate_thresh,0.1,0,0.1,abs(sc)) <: attach(_, (1-_) : vbargraph("[7]leveler gate",0,1))) : _ * leveler_speed;
leveler_gate_thresh = vslider("[8]lev gate thresh[unit:dB]", init_leveler_gatethreshold,-90,0,1);
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdsamps = int(hold*ma.SR);
};
};
mscomp10(target) = _,_ : ms_enc : par(i,2,fibank_mono) : ro.interleave(N,2) : par(i,N,compst(rdtable(thresh_offset,i))) : par(i,N,ms_dec) :> _,_ : post_gain with{
thresh_offset = waveform{-25,-17,-14,-13,-11,-10,-8,0,0,-6};
M = 1;
ftop = 10000;
N = 10 * M;
fibank_mono = fi.mth_octave_filterbank_default(M,ftop,N);
ms_enc = _*0.5,_*0.5 <: +, -;
ms_dec = _,_ <: +, -;
compst(thr_os) = co.FBcompressor_N_chan(strength,thresh+thr_os,att,rel,knee,prePost,link,meter,2) with {
strength = 0.1;
thresh = target + vslider("[unit:dB]tar-thr",-2,-10,10,1);
att = 0.015;
rel = 0.6;
knee = 12;
prePost = 1;
link = 0.5;
meter = _ <: (_, (ba.linear2db : ma.neg : vbargraph("[unit:dB]",0,3))) : attach;
};
post_gain = par(i,2,_ * g) with {
g = vslider("post gain[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
};
kneecomp(target) = ms_enc : co.RMS_FBcompressor_peak_limiter_N_chan(strength,thresh,threshLim,att,rel,knee,link,meter,meterLim,2) : ms_dec : post_gain with {
thresh = target + vslider("[unit:dB]tar-thr",-12,-12,6,1);
meter = _<: _,(ba.linear2db : ma.neg : vbargraph("[unit:dB]",0,3)) : attach;
meterLim = _<: _,(ba.linear2db : ma.neg : vbargraph("[unit:dB]",0,3)) : attach;
ms_enc = _*0.5,_*0.5 <: +, -;
ms_dec = _,_ <: +, -;
post_gain = par(i,2,_ * g) with {
g = vslider("post gain[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
};
limiter = limiter_lad_N(2,limiter_lad_lookahead, init_limiter_lad_ceil : ba.db2linear, limiter_lad_attack, limiter_lad_hold, limiter_lad_release) : post_gain with{
N=2;
limiter_lad_lookahead = 0;
limiter_lad_attack = 0.001;
limiter_lad_hold = 0.05;
limiter_lad_release = 0.2;
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
post_gain = par(i,Nch,_ * g) with {
g = vslider("[9]post gain[unit:dB]", init_limiter_postgain,-10,+10,0.5) : ba.db2linear;
};
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
brickwall = limiter_lad_N(N, limiter_lad_lookahead, limiter_lad_ceil, limiter_lad_attack, limiter_lad_hold, limiter_lad_release)
with{
N=2;
twopi = 2 * ma.PI;
limiter_lad_lookahead = 0.01;
limiter_lad_ceil = init_brickwall_ceiling : ba.db2linear;
limiter_lad_attack = .01 / twopi;
limiter_lad_hold = .1;
limiter_lad_release = 1 / twopi;
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
peak_meter(N) = par(i, N, (_ <: attach(_, envelop : vbargraph("[unit:dB]CH%i", -70, 0)))) with{
vmeter(x) = attach(x, envelop(x) : vbargraph("[unit:dB]", -70, 0));
envelop = abs : max(ba.db2linear(-70)) : ba.linear2db : min(10) : max ~ -(40.0/ma.SR);
};
kfilter = fi.highpass(1, 60) : fi.high_shelf(4, 1800);
lk2 = par(i,2,kfilter : zi) :> 10 * log10(max(ma.EPSILON)) : -(0.691);
lp1p(cf, x) = fi.pole(b, x * (1 - b)) with {
b = exp(-2 * ma.PI * cf / ma.SR);
};
Lk = kfilter : zi : 10 * log10(max(ma.EPSILON)) : -(0.691);
LkN = par(i,Nch, kfilter : zi) :> 10 * log10(max(ma.EPSILON)) : -(0.691);
lufs_any(N) = B <: B, (B : par(i,N,kfilter:zi) :> 10 * log10(max(ma.EPSILON)) : -(0.691) : vbargraph("[unit:dB]LUFS",-70,0)) : si.bus(N-1), attach(_,_)
with {
B = si.bus(N);
};
correlate_meter(x,y) = x,y <: x , attach(y, (corr(t) : vbargraph("correlation",-1,1))) : _,_ with {
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
};
correlate_correct(l,r) = out_pos1, out_neg1, out_0, out_pos, out_neg :> _,_ with {
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
th =.0001;
smoothing = lp1p(2) ;
out_pos1 = ((l * corr_pos1 + r * corr_pos1) /2) , ((l * corr_pos1 + r * corr_pos1) /2);
out_neg1 = ((l * corr_neg1 + (-r) * corr_neg1) /2) , ((l * corr_neg1 + (-r) * corr_neg1) /2);
out_0 = (l * corr_0 + r * corr_0) , (l * corr_0 + r * corr_0);
out_pos = l * corr_pos , r * corr_pos;
};
correlate_correct_bp = ba.bypass2(checkbox("bypass"), correlate_correct);
|
ce2947a8c7f3bcf0801a331a0541853a06b911526c96ba37ac8083a3e7cd132d | trummerschlunk/master_me_legcy | master_me_voc.dsp | /* automatic mastering processor for live streaming events.*/
/* originally developed for the ccrma 'Quarantine Sessions'*/
/*
* Copyright (C) 2021 Klaus Scheuermann, [email protected]
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; version 2 of the License.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*/
/* some building blocks where taken from or inspired by Dario Sanfilippo <sanfilippo.dario at gmail dot com>
* some building blocks by Stéphane Letz
* some building blocks by Julius Smith
* some building blocks by Yann Orlarey
* a lot of help came from the faust community, especially sletz, magnetophone, Dario Sanphilippo, Julius Smith, Juan Carlos Blancas, Yann Orlarey
*/
declare name "master_me_gui";
declare author "Klaus Scheuermann";
declare version "2.0";
declare copyright "(C) 2021 Klaus Scheuermann";
import("stdfaust.lib");
// init values
Nch = 2; //number of channels (must be 2 in voc version)
init_noisegate_threshold = -70; // not used in voc version
init_leveler_target = -18;
init_leveler_maxboost = 55;
init_leveler_maxcut = 55;
init_leveler_gatethreshold = -50;
init_leveler_speed = .095;
init_mbmscomp_thresh = -10; // not used in voc version
init_comp_thresh = -22;
init_comp_thresh_tilt = -4;
init_comp_xo1 = 150;
init_comp_xo2 = 500;
init_comp_xo3 = 2000;
init_comp_xo4 = 6000;
init_comp_makeup = 2;
init_limiter_lad_ceil = -5;
init_limiter_postgain = 2;
init_brickwall_ceiling = -3;
// main
process =
ba.bypass2(checkbox("bypass all"),
si.bus(Nch) :
hgroup("MASTER_ME", hgroup("[0]INPUT",peak_meter(Nch))) :
hgroup("MASTER_ME", hgroup("[1]STEREO CORRECT",correlate_meter)) :
hgroup("MASTER_ME", hgroup("[1]STEREO CORRECT",correlate_correct_bp)) :
// hgroup("MASTER_ME", hgroup("[0]INPUT",lufs_any(Nch))) :
dc_filter(Nch) :
// hgroup("MASTER_ME", hgroup("[1.5]NOISEGATE",noisegate(Nch))):
hgroup("MASTER_ME", hgroup("[2]LEVELER",leveler(Nch))) :
// hgroup("MASTER_ME", vgroup("[3]MULTIBAND MID-SIDE COMPRESSOR", mbmscomp(Nch))) :
// hgroup("MASTER_ME", vgroup("[3]MULTIBAND COMPRESSOR", mbcomp(Nch))) :
hgroup("MASTER_ME", hgroup("[3]5-BAND COMPRESSOR", comp5st)) :
hgroup("MASTER_ME", hgroup("[7]LIMITER", limiter(Nch))) :
hgroup("MASTER_ME", hgroup("[8]BRICKWALL",brickwall(Nch))) :
hgroup("MASTER_ME", hgroup("[9]OUTPUT",lufs_any(Nch))) :
hgroup("MASTER_ME", hgroup("[9]OUTPUT",peak_meter(Nch))) :
si.bus(Nch)
) // bypass end
;
// DC FILTER
dc_filter(N) = par(i,N,fi.dcblocker);
// NOISE GATE
noisegate(N) = gate_any(N,noisegate_thresh,noisegate_attack,noisegate_hold,noisegate_release) with {
noisegate_thresh = vslider("[0]threshold",init_noisegate_threshold, -95, 0, 1);
noisegate_attack = 0.01;
noisegate_hold = 1;
noisegate_release = 2;
gate_any(N,thresh,att,hold,rel) = B <: B, (B :> ggm : vbargraph("[2]gate level",0,1) <: B) : ro.interleave(N,2) : par(i,N,*)
with {
B = si.bus(N);
ggm = gate_gain_mono(thresh,att,hold,rel);
};
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdreset(x) = rawgatesig(x) < rawgatesig(x)'; // reset hold when raw gate falls
holdsamps = int(hold*ma.SR);
};
};
// LEVELER
leveler(N) = B <: B, (B :> _ <: _,_ : calc : _ <: B) : ro.interleave(N,2) : par(i,N,*)
with {
B = si.bus(N);
calc(mono,sc) = (mono : Lk : vbargraph("[1]in LUFS S",-40,0) : (target - _) : lp1p(leveler_speed_gated(sc)) : limit(limit_neg,limit_pos) : vbargraph("[2]gain",-50,50) : ba.db2linear) , sc : _,!;
target = vslider("[3]target LUFS[unit:dB]", init_leveler_target,-50,0,1);
limit_pos = vslider("[5]max boost", init_leveler_maxboost, 0, 60, 1);
limit_neg = vslider("[6]max cut", init_leveler_maxcut, 0, 60, 1) : ma.neg;
limit(lo,hi) = min(hi) : max(lo);
leveler_speed = vslider("[4]speed", init_leveler_speed, .005, 0.15, .005);
leveler_speed_gated(sc) = (gate_gain_mono(leveler_gate_thresh,0.1,0,0.1,abs(sc)) <: attach(_, (1-_) : vbargraph("[7]leveler gate",0,1))) : _ * leveler_speed;
leveler_gate_thresh = vslider("[8]lev gate thresh[unit:dB]", init_leveler_gatethreshold,-90,0,1);
// from library:
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdreset(x) = rawgatesig(x) < rawgatesig(x)'; // reset hold when raw gate falls
holdsamps = int(hold*ma.SR);
};
};
// MULTIBAND MS COMPRESSOR
mbmscomp(N) = par(i,N /2, ms_enc : split3) : comp_Nch(N) : par(i,N /2, join3 : ms_dec) : post_gain with{
// stereo to m/s encoder
ms_enc = _*0.5,_*0.5 <: +, -;
// m/s to stereo decoder
ms_dec = _,_ <: +, -;
// 3-band splitter stereo
split3 = _,_ : par(i,2,fi.filterbank(3, (xo1,xo2))) : _,_,_,_,_,_ with {
xo1 = 250;
xo2 = 2500;
};
// 3-band joiner stereo
join3 = (si.bus(3) :> _) , (si.bus(3) :> _);
// Nch FB compressor
comp_Nch(N) = co.FBcompressor_N_chan(0.6,init_mbmscomp_thresh,0.02,0.5,6,0,0.3,meter_comp,N *3);
meter_comp = _<:attach( ba.linear2db : hbargraph("[1][unit:db]", -6,0));
//post_gain
post_gain = par(i,N,_ * g) with {
g = hslider("[9]post gain[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
};
// MULTIBAND COMPRESSOR
mbcomp(N) = par(i,N /2, split3) : comp_Nch(N) : par(i,N /2, join3 ) : post_gain with{
// stereo to m/s encoder
ms_enc = _*0.5,_*0.5 <: +, -;
// m/s to stereo decoder
ms_dec = _,_ <: +, -;
// 3-band splitter stereo
split3 = _,_ : par(i,2,fi.filterbank(3, (xo1,xo2))) : _,_,_,_,_,_ with {
xo1 = 250;
xo2 = 2500;
};
// 3-band joiner stereo
join3 = (si.bus(3) :> _) , (si.bus(3) :> _);
// Nch FB compressor
comp_Nch(N) = co.FBcompressor_N_chan(0.6,init_mbmscomp_thresh,0.02,0.5,6,0,0.3,meter_comp,N *3);
meter_comp = _<:attach( ba.linear2db : hbargraph("[1][unit:db]", -6,0));
//post_gain
post_gain = par(i,N,_ * g) with {
g = hslider("[9]post gain[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
};
// 5 BAND STEREO COMPRESSOR
comp5st = _,_ : split5 : route(10,10, 1,1, 2,3, 3,5, 4,7, 5,9, 6,2, 7,4, 8,6, 9,8, 10,10) : comp_hi,comp_himid,comp_mid,comp_lomid,comp_lo :> _,_ : makeup(Nch) with {
split5 = _,_ : par(i,2,fi.filterbank(3, (xo1,xo2,xo3,xo4))) : si.bus(10) with {
xo1 = vslider("xo1",init_comp_xo1,50,350,1);
xo2 = vslider("xo2",init_comp_xo2,351,1000,1);
xo3 = vslider("xo3",init_comp_xo3,1001,4000,1);
xo4 = vslider("xo4",init_comp_xo4,4001,10000,1);
};
join4 = (si.bus(5) :> _) , (si.bus(5) :> _);
comp_strength = 0.6;
comp_att = 0.02;
comp_rel = 0.05;
comp_knee = 6;
comp_prepost = 0;
comp_thresh = vslider("[1]threshold (db)",init_comp_thresh,-60,0,1);
comp_thresh_tilt = vslider("[2]threshold tilt",init_comp_thresh_tilt,-6,6,0.5);
comp_lo = _,_ : co.FBcompressor_N_chan(comp_strength, comp_thresh - comp_thresh_tilt, comp_att, comp_rel, comp_knee, comp_prepost, 1, meter_comp,2) with {
meter_comp = _<:attach( ba.linear2db : abs : vbargraph("[4]GR lo[unit:db]", 0,12));
};
comp_lomid = _,_ : co.FBcompressor_N_chan(comp_strength, comp_thresh - comp_thresh_tilt / 2, comp_att, comp_rel, comp_knee, comp_prepost, 1, meter_comp,2) with {
meter_comp = _<:attach( ba.linear2db : abs : vbargraph("[5]GR lo-mid[unit:db]", 0,12));
};
comp_mid = _,_ : co.FBcompressor_N_chan(comp_strength, comp_thresh, comp_att, comp_rel, comp_knee, comp_prepost, 1, meter_comp,2) with {
meter_comp = _<:attach( ba.linear2db : abs : vbargraph("[6]GR mid[unit:db]", 0,12));
};
comp_himid = _,_ : co.FBcompressor_N_chan(comp_strength, comp_thresh + comp_thresh_tilt / 2, comp_att, comp_rel, comp_knee, comp_prepost, 1, meter_comp,2) with {
meter_comp = _<:attach( ba.linear2db : abs : vbargraph("[7]GR hi-mid[unit:db]", 0,12));
};
comp_hi = _,_ : co.FBcompressor_N_chan(comp_strength, comp_thresh + comp_thresh_tilt, comp_att, comp_rel, comp_knee, comp_prepost, 1, meter_comp,2) with {
meter_comp = _<:attach( ba.linear2db : abs : vbargraph("[8]GR hi[unit:db]", 0,12));
};
//post_gain
makeup(n) = par(i,n,_ * g) with {
g = vslider("[9]makeup[unit:dB]",init_comp_makeup,-10,+10,0.5) : ba.db2linear;
};
meter_comp = _<:attach( ba.linear2db : vbargraph("[1][unit:db]", -6,0));
};
// LIMITER
limiter(N) = limiter_lad_N(N,limiter_lad_lookahead, init_limiter_lad_ceil : ba.db2linear, limiter_lad_attack, limiter_lad_hold, limiter_lad_release) : post_gain with{
limiter_lad_lookahead = 0.01;
limiter_lad_attack = 0.01;
limiter_lad_hold = 0.05;
limiter_lad_release = 0.2;
// lookahead limiter (N-channel)
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
// post_gain
post_gain = par(i,Nch,_ * g) with {
g = vslider("[9]post gain[unit:dB]", init_limiter_postgain,-10,+10,0.5) : ba.db2linear;
};
// metering
//meter_limiter_lad_N = _ <: attach(ba.linear2db : vbargraph("[8][unit:dB]GR",-12,0));
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
// BRICKWALL
brickwall(N) = limiter_lad_N(N, limiter_lad_lookahead, limiter_lad_ceil, limiter_lad_attack, limiter_lad_hold, limiter_lad_release)
with{
twopi = 2 * ma.PI;
limiter_lad_lookahead = 0.01;
limiter_lad_ceil = init_brickwall_ceiling : ba.db2linear;
limiter_lad_attack = .01 / twopi;
limiter_lad_hold = .1;
limiter_lad_release = 1 / twopi;
// lookahead limiter (N-channel)
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
// metering
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
// METERING
peak_meter(N) = par(i, N, (_ <: attach(_, envelop : vbargraph("[unit:dB]CH %i", -70, 0)))) with{
vmeter(x) = attach(x, envelop(x) : vbargraph("[unit:dB]", -70, 0));
envelop = abs : max(ba.db2linear(-70)) : ba.linear2db : min(10) : max ~ -(40.0/ma.SR);
};
// LUFS metering (without channel weighting)
Tg = 3; // 3 second window for 'short-term' measurement
// zi = an.ms_envelope_rect(Tg); // mean square: average power = energy/Tg = integral of squared signal / Tg
//k-filter by Julius Smith
highpass = fi.highpass(2, 40);
boostDB = 4;
boostFreqHz = 1430; // a little too high - they should give us this!
highshelf = fi.high_shelf(boostDB, boostFreqHz); // Looks very close, but 1 kHz gain has to be nailed
kfilter = highshelf : highpass;
//envelope via lp by Dario Sanphilippo
lp1p(cf, x) = fi.pole(b, x * (1 - b)) with {
b = exp(-2 * ma.PI * cf / ma.SR);
};
zi_lp(x) = lp1p(1 / Tg, x * x);
// one channel
Lk = kfilter: zi_lp : 10 * log10(max(ma.EPSILON)) : -(0.691);
// N-channel
LkN = par(i,Nch,kfilter : zi_lp) :> 10 * log10(max(ma.EPSILON)) : -(0.691);
// N-channel by Yann Orlarey
lufs_any(N) = B <: B, (B :> Lk : vbargraph("LUFS S",-40,0)) : si.bus(N-1), attach(_,_)
with {
B = si.bus(N);
};
// correlation meter
correlate_meter(x,y) = x,y <: x , attach(y, (corr(t) : vbargraph("correlation",-1,1))) : _,_ with {
t = .2; // averaging period in seconds
avg(t, x) = fi.pole(p, (1 - p) * x) // 1-pole lowpass as average
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
var(t, x) = avg(t, (x - avg(t, x)) ^ 2); // variance
sd(t, x) = sqrt(var(t, x)); // standard deviation
cov(t, x1, x2) = avg(t, (x1 - avg(t, x1)) * (x2 - avg(t, x2))); // covariance
corr(t, x1, x2) = cov(t, x1, x2) / max(ma.EPSILON, (sd(t, x1) * sd(t, x2))); // correlation
};
// stereo correction based on correlation
correlate_correct(l,r) = out_pos1, out_neg1, out_0, out_pos, out_neg :> _,_ with {
t = .2; // averaging period in seconds
avg(t, x) = fi.pole(p, (1 - p) * x) // 1-pole lowpass as average
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
var(t, x) = avg(t, (x - avg(t, x)) ^ 2); // variance
sd(t, x) = sqrt(var(t, x)); // standard deviation
cov(t, x1, x2) = avg(t, (x1 - avg(t, x1)) * (x2 - avg(t, x2))); // covariance
corr(t, x1, x2) = cov(t, x1, x2) / max(ma.EPSILON, (sd(t, x1) * sd(t, x2))); // correlation
th =.0001;
corr_pos1 = avg(t, (corr(t,l,r) > (1-th))) : smoothing : vbargraph("[5]1",0,1);
corr_neg1 = avg(t, corr(t,l,r) < (-1+th)) : smoothing : vbargraph("[9]-1",0,1);
corr_0 = avg(t, ((corr(t,l,r) < th) & (corr(t,l,r) > (0-th)))) : smoothing: vbargraph("[7]0",0,1);
corr_pos = avg(t, ((corr(t,l,r) > (0+th)) & (corr(t,l,r) < (1-th)))) : smoothing: vbargraph("[6]>0,<1",0,1);
corr_neg = avg(t, ((corr(t,l,r) > (-1+th)) & (corr(t,l,r) < (0-th)))) : smoothing: vbargraph("[8]>-1,<0",0,1);
smoothing = lp1p(2) ;
corr_meter = vbargraph("[9]",0,1);
out_pos1 = ((l * corr_pos1 + r * corr_pos1) /2) , ((l * corr_pos1 + r * corr_pos1) /2);
out_neg1 = ((l * corr_neg1 + (-r) * corr_neg1) /2) , ((l * corr_neg1 + (-r) * corr_neg1) /2);
out_0 = (l * corr_0 + r * corr_0) , (l * corr_0 + r * corr_0);
out_pos = l * corr_pos , r * corr_pos;
out_neg = l * corr_neg , r * corr_neg; // old: out_neg = l * corr_neg , (0-(r * corr_neg));
};
// stereo correction bypass checkbox
correlate_correct_bp = ba.bypass2(checkbox("bypass"), correlate_correct); | https://raw.githubusercontent.com/trummerschlunk/master_me_legcy/928261035a002734d523718592481fcf4f4bd4d5/master_me_voc.dsp | faust | automatic mastering processor for live streaming events.
originally developed for the ccrma 'Quarantine Sessions'
* Copyright (C) 2021 Klaus Scheuermann, [email protected]
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; version 2 of the License.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
some building blocks where taken from or inspired by Dario Sanfilippo <sanfilippo.dario at gmail dot com>
* some building blocks by Stéphane Letz
* some building blocks by Julius Smith
* some building blocks by Yann Orlarey
* a lot of help came from the faust community, especially sletz, magnetophone, Dario Sanphilippo, Julius Smith, Juan Carlos Blancas, Yann Orlarey
init values
number of channels (must be 2 in voc version)
not used in voc version
not used in voc version
main
hgroup("MASTER_ME", hgroup("[0]INPUT",lufs_any(Nch))) :
hgroup("MASTER_ME", hgroup("[1.5]NOISEGATE",noisegate(Nch))):
hgroup("MASTER_ME", vgroup("[3]MULTIBAND MID-SIDE COMPRESSOR", mbmscomp(Nch))) :
hgroup("MASTER_ME", vgroup("[3]MULTIBAND COMPRESSOR", mbcomp(Nch))) :
bypass end
DC FILTER
NOISE GATE
reset hold when raw gate falls
LEVELER
from library:
reset hold when raw gate falls
MULTIBAND MS COMPRESSOR
stereo to m/s encoder
m/s to stereo decoder
3-band splitter stereo
3-band joiner stereo
Nch FB compressor
post_gain
MULTIBAND COMPRESSOR
stereo to m/s encoder
m/s to stereo decoder
3-band splitter stereo
3-band joiner stereo
Nch FB compressor
post_gain
5 BAND STEREO COMPRESSOR
post_gain
LIMITER
lookahead limiter (N-channel)
post_gain
metering
meter_limiter_lad_N = _ <: attach(ba.linear2db : vbargraph("[8][unit:dB]GR",-12,0));
BRICKWALL
lookahead limiter (N-channel)
metering
METERING
LUFS metering (without channel weighting)
3 second window for 'short-term' measurement
zi = an.ms_envelope_rect(Tg); // mean square: average power = energy/Tg = integral of squared signal / Tg
k-filter by Julius Smith
a little too high - they should give us this!
Looks very close, but 1 kHz gain has to be nailed
envelope via lp by Dario Sanphilippo
one channel
N-channel
N-channel by Yann Orlarey
correlation meter
averaging period in seconds
1-pole lowpass as average
variance
standard deviation
covariance
correlation
stereo correction based on correlation
averaging period in seconds
1-pole lowpass as average
variance
standard deviation
covariance
correlation
old: out_neg = l * corr_neg , (0-(r * corr_neg));
stereo correction bypass checkbox | declare name "master_me_gui";
declare author "Klaus Scheuermann";
declare version "2.0";
declare copyright "(C) 2021 Klaus Scheuermann";
import("stdfaust.lib");
init_leveler_target = -18;
init_leveler_maxboost = 55;
init_leveler_maxcut = 55;
init_leveler_gatethreshold = -50;
init_leveler_speed = .095;
init_comp_thresh = -22;
init_comp_thresh_tilt = -4;
init_comp_xo1 = 150;
init_comp_xo2 = 500;
init_comp_xo3 = 2000;
init_comp_xo4 = 6000;
init_comp_makeup = 2;
init_limiter_lad_ceil = -5;
init_limiter_postgain = 2;
init_brickwall_ceiling = -3;
process =
ba.bypass2(checkbox("bypass all"),
si.bus(Nch) :
hgroup("MASTER_ME", hgroup("[0]INPUT",peak_meter(Nch))) :
hgroup("MASTER_ME", hgroup("[1]STEREO CORRECT",correlate_meter)) :
hgroup("MASTER_ME", hgroup("[1]STEREO CORRECT",correlate_correct_bp)) :
dc_filter(Nch) :
hgroup("MASTER_ME", hgroup("[2]LEVELER",leveler(Nch))) :
hgroup("MASTER_ME", hgroup("[3]5-BAND COMPRESSOR", comp5st)) :
hgroup("MASTER_ME", hgroup("[7]LIMITER", limiter(Nch))) :
hgroup("MASTER_ME", hgroup("[8]BRICKWALL",brickwall(Nch))) :
hgroup("MASTER_ME", hgroup("[9]OUTPUT",lufs_any(Nch))) :
hgroup("MASTER_ME", hgroup("[9]OUTPUT",peak_meter(Nch))) :
si.bus(Nch)
;
dc_filter(N) = par(i,N,fi.dcblocker);
noisegate(N) = gate_any(N,noisegate_thresh,noisegate_attack,noisegate_hold,noisegate_release) with {
noisegate_thresh = vslider("[0]threshold",init_noisegate_threshold, -95, 0, 1);
noisegate_attack = 0.01;
noisegate_hold = 1;
noisegate_release = 2;
gate_any(N,thresh,att,hold,rel) = B <: B, (B :> ggm : vbargraph("[2]gate level",0,1) <: B) : ro.interleave(N,2) : par(i,N,*)
with {
B = si.bus(N);
ggm = gate_gain_mono(thresh,att,hold,rel);
};
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdsamps = int(hold*ma.SR);
};
};
leveler(N) = B <: B, (B :> _ <: _,_ : calc : _ <: B) : ro.interleave(N,2) : par(i,N,*)
with {
B = si.bus(N);
calc(mono,sc) = (mono : Lk : vbargraph("[1]in LUFS S",-40,0) : (target - _) : lp1p(leveler_speed_gated(sc)) : limit(limit_neg,limit_pos) : vbargraph("[2]gain",-50,50) : ba.db2linear) , sc : _,!;
target = vslider("[3]target LUFS[unit:dB]", init_leveler_target,-50,0,1);
limit_pos = vslider("[5]max boost", init_leveler_maxboost, 0, 60, 1);
limit_neg = vslider("[6]max cut", init_leveler_maxcut, 0, 60, 1) : ma.neg;
limit(lo,hi) = min(hi) : max(lo);
leveler_speed = vslider("[4]speed", init_leveler_speed, .005, 0.15, .005);
leveler_speed_gated(sc) = (gate_gain_mono(leveler_gate_thresh,0.1,0,0.1,abs(sc)) <: attach(_, (1-_) : vbargraph("[7]leveler gate",0,1))) : _ * leveler_speed;
leveler_gate_thresh = vslider("[8]lev gate thresh[unit:dB]", init_leveler_gatethreshold,-90,0,1);
gate_gain_mono(thresh,att,hold,rel,x) = x : extendedrawgate : an.amp_follower_ar(att,rel) with {
extendedrawgate(x) = max(float(rawgatesig(x)),holdsig(x));
rawgatesig(x) = inlevel(x) > ba.db2linear(thresh);
minrate = min(att,rel);
inlevel = an.amp_follower_ar(minrate,minrate);
holdcounter(x) = (max(holdreset(x) * holdsamps,_) ~-(1));
holdsig(x) = holdcounter(x) > 0;
holdsamps = int(hold*ma.SR);
};
};
mbmscomp(N) = par(i,N /2, ms_enc : split3) : comp_Nch(N) : par(i,N /2, join3 : ms_dec) : post_gain with{
ms_enc = _*0.5,_*0.5 <: +, -;
ms_dec = _,_ <: +, -;
split3 = _,_ : par(i,2,fi.filterbank(3, (xo1,xo2))) : _,_,_,_,_,_ with {
xo1 = 250;
xo2 = 2500;
};
join3 = (si.bus(3) :> _) , (si.bus(3) :> _);
comp_Nch(N) = co.FBcompressor_N_chan(0.6,init_mbmscomp_thresh,0.02,0.5,6,0,0.3,meter_comp,N *3);
meter_comp = _<:attach( ba.linear2db : hbargraph("[1][unit:db]", -6,0));
post_gain = par(i,N,_ * g) with {
g = hslider("[9]post gain[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
};
mbcomp(N) = par(i,N /2, split3) : comp_Nch(N) : par(i,N /2, join3 ) : post_gain with{
ms_enc = _*0.5,_*0.5 <: +, -;
ms_dec = _,_ <: +, -;
split3 = _,_ : par(i,2,fi.filterbank(3, (xo1,xo2))) : _,_,_,_,_,_ with {
xo1 = 250;
xo2 = 2500;
};
join3 = (si.bus(3) :> _) , (si.bus(3) :> _);
comp_Nch(N) = co.FBcompressor_N_chan(0.6,init_mbmscomp_thresh,0.02,0.5,6,0,0.3,meter_comp,N *3);
meter_comp = _<:attach( ba.linear2db : hbargraph("[1][unit:db]", -6,0));
post_gain = par(i,N,_ * g) with {
g = hslider("[9]post gain[unit:dB]", 0,-10,+10,0.5) : ba.db2linear;
};
};
comp5st = _,_ : split5 : route(10,10, 1,1, 2,3, 3,5, 4,7, 5,9, 6,2, 7,4, 8,6, 9,8, 10,10) : comp_hi,comp_himid,comp_mid,comp_lomid,comp_lo :> _,_ : makeup(Nch) with {
split5 = _,_ : par(i,2,fi.filterbank(3, (xo1,xo2,xo3,xo4))) : si.bus(10) with {
xo1 = vslider("xo1",init_comp_xo1,50,350,1);
xo2 = vslider("xo2",init_comp_xo2,351,1000,1);
xo3 = vslider("xo3",init_comp_xo3,1001,4000,1);
xo4 = vslider("xo4",init_comp_xo4,4001,10000,1);
};
join4 = (si.bus(5) :> _) , (si.bus(5) :> _);
comp_strength = 0.6;
comp_att = 0.02;
comp_rel = 0.05;
comp_knee = 6;
comp_prepost = 0;
comp_thresh = vslider("[1]threshold (db)",init_comp_thresh,-60,0,1);
comp_thresh_tilt = vslider("[2]threshold tilt",init_comp_thresh_tilt,-6,6,0.5);
comp_lo = _,_ : co.FBcompressor_N_chan(comp_strength, comp_thresh - comp_thresh_tilt, comp_att, comp_rel, comp_knee, comp_prepost, 1, meter_comp,2) with {
meter_comp = _<:attach( ba.linear2db : abs : vbargraph("[4]GR lo[unit:db]", 0,12));
};
comp_lomid = _,_ : co.FBcompressor_N_chan(comp_strength, comp_thresh - comp_thresh_tilt / 2, comp_att, comp_rel, comp_knee, comp_prepost, 1, meter_comp,2) with {
meter_comp = _<:attach( ba.linear2db : abs : vbargraph("[5]GR lo-mid[unit:db]", 0,12));
};
comp_mid = _,_ : co.FBcompressor_N_chan(comp_strength, comp_thresh, comp_att, comp_rel, comp_knee, comp_prepost, 1, meter_comp,2) with {
meter_comp = _<:attach( ba.linear2db : abs : vbargraph("[6]GR mid[unit:db]", 0,12));
};
comp_himid = _,_ : co.FBcompressor_N_chan(comp_strength, comp_thresh + comp_thresh_tilt / 2, comp_att, comp_rel, comp_knee, comp_prepost, 1, meter_comp,2) with {
meter_comp = _<:attach( ba.linear2db : abs : vbargraph("[7]GR hi-mid[unit:db]", 0,12));
};
comp_hi = _,_ : co.FBcompressor_N_chan(comp_strength, comp_thresh + comp_thresh_tilt, comp_att, comp_rel, comp_knee, comp_prepost, 1, meter_comp,2) with {
meter_comp = _<:attach( ba.linear2db : abs : vbargraph("[8]GR hi[unit:db]", 0,12));
};
makeup(n) = par(i,n,_ * g) with {
g = vslider("[9]makeup[unit:dB]",init_comp_makeup,-10,+10,0.5) : ba.db2linear;
};
meter_comp = _<:attach( ba.linear2db : vbargraph("[1][unit:db]", -6,0));
};
limiter(N) = limiter_lad_N(N,limiter_lad_lookahead, init_limiter_lad_ceil : ba.db2linear, limiter_lad_attack, limiter_lad_hold, limiter_lad_release) : post_gain with{
limiter_lad_lookahead = 0.01;
limiter_lad_attack = 0.01;
limiter_lad_hold = 0.05;
limiter_lad_release = 0.2;
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
post_gain = par(i,Nch,_ * g) with {
g = vslider("[9]post gain[unit:dB]", init_limiter_postgain,-10,+10,0.5) : ba.db2linear;
};
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
brickwall(N) = limiter_lad_N(N, limiter_lad_lookahead, limiter_lad_ceil, limiter_lad_attack, limiter_lad_hold, limiter_lad_release)
with{
twopi = 2 * ma.PI;
limiter_lad_lookahead = 0.01;
limiter_lad_ceil = init_brickwall_ceiling : ba.db2linear;
limiter_lad_attack = .01 / twopi;
limiter_lad_hold = .1;
limiter_lad_release = 1 / twopi;
limiter_lad_N(N, LD, ceiling, attack, hold, release) =
si.bus(N) <: par(i, N, @ (LD * ma.SR)),
(scaling <: si.bus(N)) : ro.interleave(N, 2) : par(i, N, *)
with {
scaling = ceiling / max(amp_profile, ma.EPSILON) : min(1) : meter_limiter_lad_N;
amp_profile = par(i, N, abs) : maxN(N) : ba.peakholder(hold * ma.SR) : att_smooth(attack) : rel_smooth(release);
att_smooth(time, in) = si.smooth(ba.tau2pole(time), in);
rel_smooth(time, in) = an.peak_envelope(time, in);
maxN(1) = _;
maxN(2) = max;
maxN(N) = max(maxN(N - 1));
};
meter_limiter_lad_N = _ <: attach(ba.linear2db : abs : vbargraph("[8][unit:dB]GR",0,12));
};
peak_meter(N) = par(i, N, (_ <: attach(_, envelop : vbargraph("[unit:dB]CH %i", -70, 0)))) with{
vmeter(x) = attach(x, envelop(x) : vbargraph("[unit:dB]", -70, 0));
envelop = abs : max(ba.db2linear(-70)) : ba.linear2db : min(10) : max ~ -(40.0/ma.SR);
};
highpass = fi.highpass(2, 40);
boostDB = 4;
kfilter = highshelf : highpass;
lp1p(cf, x) = fi.pole(b, x * (1 - b)) with {
b = exp(-2 * ma.PI * cf / ma.SR);
};
zi_lp(x) = lp1p(1 / Tg, x * x);
Lk = kfilter: zi_lp : 10 * log10(max(ma.EPSILON)) : -(0.691);
LkN = par(i,Nch,kfilter : zi_lp) :> 10 * log10(max(ma.EPSILON)) : -(0.691);
lufs_any(N) = B <: B, (B :> Lk : vbargraph("LUFS S",-40,0)) : si.bus(N-1), attach(_,_)
with {
B = si.bus(N);
};
correlate_meter(x,y) = x,y <: x , attach(y, (corr(t) : vbargraph("correlation",-1,1))) : _,_ with {
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
};
correlate_correct(l,r) = out_pos1, out_neg1, out_0, out_pos, out_neg :> _,_ with {
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
th =.0001;
corr_pos1 = avg(t, (corr(t,l,r) > (1-th))) : smoothing : vbargraph("[5]1",0,1);
corr_neg1 = avg(t, corr(t,l,r) < (-1+th)) : smoothing : vbargraph("[9]-1",0,1);
corr_0 = avg(t, ((corr(t,l,r) < th) & (corr(t,l,r) > (0-th)))) : smoothing: vbargraph("[7]0",0,1);
corr_pos = avg(t, ((corr(t,l,r) > (0+th)) & (corr(t,l,r) < (1-th)))) : smoothing: vbargraph("[6]>0,<1",0,1);
corr_neg = avg(t, ((corr(t,l,r) > (-1+th)) & (corr(t,l,r) < (0-th)))) : smoothing: vbargraph("[8]>-1,<0",0,1);
smoothing = lp1p(2) ;
corr_meter = vbargraph("[9]",0,1);
out_pos1 = ((l * corr_pos1 + r * corr_pos1) /2) , ((l * corr_pos1 + r * corr_pos1) /2);
out_neg1 = ((l * corr_neg1 + (-r) * corr_neg1) /2) , ((l * corr_neg1 + (-r) * corr_neg1) /2);
out_0 = (l * corr_0 + r * corr_0) , (l * corr_0 + r * corr_0);
out_pos = l * corr_pos , r * corr_pos;
};
correlate_correct_bp = ba.bypass2(checkbox("bypass"), correlate_correct); |
3235213193bcbd76a3706957e4ce10e8afd786e891307176d79973c490db3b40 | trummerschlunk/master_me | master_me.dsp | // -*-Faust-*-
declare name "master_me";
declare version "1.0";
declare author "Klaus Scheuermann";
declare license "GPLv3";
// double precision -double needed!
ebu = library("lib/ebur128.dsp");
ex = library("expanders.lib");
import("stdfaust.lib");
// init values
Nch = 2; //number of channels
Nba = 8; //number of bands of the multiband compressor
init_noisegate_threshold = -70; // not used in voc version
init_leveler_target = -18;
init_leveler_maxboost = 20;
init_leveler_maxcut = 20;
init_leveler_brake_threshold = -14;
init_leveler_speed = 20;
init_kneecomp_thresh = -6;
init_kneecomp_postgain = 0;
init_limiter_lad_ceil = -2;
init_limiter_postgain = 0;
init_brickwall_ceiling = -1;
init_brickwall_release = 75;
target = vslider("v:master_me/h:easy/[3]Target[unit:dB][symbol:target][integer]", init_leveler_target,-50,-2,1);
// main
process =
bp2(checkbox("[symbol:global_bypass]global bypass"),(
in_gain
: peakmeter_in
: lufs_meter_in
: dc_blocker_bp
: (phase_invert_L , phase_invert_R)
: mono_bp
//: correlate_meter
: correlate_correct_bp
: gate_bp
: eq_bp
: (
leveler_sc(target)
: ( sc_compressor
: mscomp_bp
: limiter_rms_bp
: brickwall_no_latency_bp
)~(si.bus(2))
)~(si.bus(2))
))
: lufs_meter_out
: peakmeter_out
;
// stereo bypass with si.smoo fading
bp2(sw,pr) = _,_ <: _,_,pr : (_*sm,_*sm),(_*(1-sm),_*(1-sm)) :> _,_ with {
sm = sw : si.smoo;
};
// DC FILTER
dc_blocker_bp = bp2(sw,dc_blocker(2)) with {
sw = 1 - checkbox("v:master_me/t:expert/h:[1]pre-processing/[5][symbol:dc_blocker]dc blocker");
};
dc_blocker(N) = par(i,N,fi.dcblockerat(dc_filter_freq))
with {
dc_filter_freq = 10.0;
};
// phase switches
phase_invert_L = _ <: _,_ : (_ : *(-1)),_ : _*sw,_*(1-sw) :> _ with{
sw = checkbox("v:master_me/t:expert/h:[1]pre-processing/[2][symbol:phase_l]phase L");
};
phase_invert_R = _ <: _,_ : (_ : *(-1)),_ : _*sw,_*(1-sw) :> _ with{
sw = checkbox("v:master_me/t:expert/h:[1]pre-processing/[3][symbol:phase_r]phase R");
};
// Mono Switch
mono_bp = bp2(1 - checkbox("v:master_me/t:expert/h:[1]pre-processing/[4][symbol:mono]mono"),mono);
mono = _*0.5,_*0.5 <: +, +;
// input gain
in_gain = par(i,2,(_*g)) with{
g = vslider("v:master_me/t:expert/h:[1]pre-processing/[1][symbol:in_gain][unit:dB]input gain",0,-100,24,1) : ba.db2linear :si.smoo;
};
// stereo to m/s encoder
ms_enc = _*0.5,_*0.5 <: +, -;
// m/s to stereo decoder
ms_dec = _,_ <: +, -;
// peak meters
peakmeter_in = in_meter_l,in_meter_r with {
envelop = abs : max(ba.db2linear(-70)) : ba.linear2db : min(10) : max ~ -(80.0/ma.SR);
in_meter_l(x) = attach(x, envelop(x) : vbargraph("v:master_me/h:easy/[0][symbol:peakmeter_in_l]in L[unit:dB]", -70, 0));
in_meter_r(x) = attach(x, envelop(x) : vbargraph("v:master_me/h:easy/[1][symbol:peakmeter_in_r]in R[unit:dB]", -70, 0));
};
peakmeter_out = out_meter_l,out_meter_r with {
envelop = abs : max(ba.db2linear(-70)) : ba.linear2db : min(10) : max ~ -(80.0/ma.SR);
out_meter_l(x) = attach(x, envelop(x) : vbargraph("v:master_me/h:easy/[8][symbol:peakmeter_out_l]out L[unit:dB]", -70, 0));
out_meter_r(x) = attach(x, envelop(x) : vbargraph("v:master_me/h:easy/[9][symbol:peakmeter_out_r]out R[unit:dB]", -70, 0));
};
// GATE
gate_bp = bp2(checkbox("v:master_me/t:expert/h:[2]gate/[1][symbol:gate_bypass]gate bypass"),gate);
gate(x,y) = attach(x,gateview(abs(x)+abs(y))),y : ef.gate_stereo(gate_thresh,gate_att,gate_hold,gate_rel) with{
gate_thresh = vslider("v:master_me/t:expert/h:[2]gate/[2][symbol:gate_threshold][unit:dB]gate threshold",-90,-90,0,1);
gate_att = vslider("v:master_me/t:expert/h:[2]gate/[3][symbol:gate_attack][unit:ms]gate attack",0,0,100,1) *0.001;
gate_hold = vslider("v:master_me/t:expert/h:[2]gate/[4][symbol:gate_hold][unit:ms]gate hold",50,0,500,1) *0.001;
gate_rel = vslider("v:master_me/t:expert/h:[2]gate/[5][symbol:gate_release][unit:ms]gate release",500,50,5000,1) *0.001;
gateview = ef.gate_gain_mono(gate_thresh,gate_att,gate_hold,gate_rel) : ba.linear2db : max(-70) :
vbargraph("v:master_me/t:expert/h:[2]gate/[6][symbol:gate_meter][unit:dB]gate meter", -70,0);
};
// correlation meter
correlate_meter(x,y) = x,y <: x , attach(y, (corr(t) : meter_correlate_meter )) : _,_ with {
t = .2; // averaging period in seconds
avg(t, x) = fi.pole(p, (1 - p) * x) // 1-pole lowpass as average
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
var(t, x) = avg(t, (x - avg(t, x)) ^ 2); // variance
sd(t, x) = sqrt(var(t, x)); // standard deviation
cov(t, x1, x2) = avg(t, (x1 - avg(t, x1)) * (x2 - avg(t, x2))); // covariance
corr(t, x1, x2) = cov(t, x1, x2) / max(ma.EPSILON, (sd(t, x1) * sd(t, x2))); // correlation
meter_correlate_meter = vbargraph("v:master_me/t:expert/h:[1]pre-processing/correlation meter[symbol:correlation_meter]",-1,1);
};
// stereo correction based on correlation
correlate_correct_bp = bp2(1 - checkbox("v:master_me/t:expert/h:[1]pre-processing/[6][symbol:stereo_correct]stereo correct"), correlate_correct);
correlate_correct(l,r) = out_pos1, out_neg1, out_0, out_pos, out_neg :> _,_ with {
t = .2; // averaging period in seconds
avg(t, x) = fi.pole(p, (1 - p) * x) // 1-pole lowpass as average
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
var(t, x) = avg(t, (x - avg(t, x)) ^ 2); // variance
sd(t, x) = sqrt(var(t, x)); // standard deviation
cov(t, x1, x2) = avg(t, (x1 - avg(t, x1)) * (x2 - avg(t, x2))); // covariance
corr(t, x1, x2) = cov(t, x1, x2) / max(ma.EPSILON, (sd(t, x1) * sd(t, x2))); // correlation
th =.0001;
corr_pos1 = avg(t, (corr(t,l,r) > (1-th))) : smoothing /*: vbargraph("[5]1[symbol:corr_pos1]",0,1)*/;
corr_neg1 = avg(t, corr(t,l,r) < (-1+th)) : smoothing /*: vbargraph("[9]-1[symbol:]corr_neg1",0,1)*/;
corr_0 = avg(t, ((corr(t,l,r) < th) & (corr(t,l,r) > (0-th)))) : smoothing /*: vbargraph("[7]0[symbol:corr_0]",0,1)*/;
corr_pos = avg(t, ((corr(t,l,r) > (0+th)) & (corr(t,l,r) < (1-th)))) : smoothing /*: vbargraph("[6]>0,<1[symbol:corr_pos]",0,1)*/;
corr_neg = avg(t, ((corr(t,l,r) > (-1+th)) & (corr(t,l,r) < (0-th)))) : smoothing /*: vbargraph("[8]>-1,<0[symbol:corr_neg]",0,1)*/;
smoothing = lp1p(2) ;
out_pos1 = ((l * corr_pos1 + r * corr_pos1) /2) , ((l * corr_pos1 + r * corr_pos1) /2);
out_neg1 = ((l * corr_neg1 + (-r) * corr_neg1) /2) , ((l * corr_neg1 + (-r) * corr_neg1) /2);
out_0 = (l * corr_0 + r * corr_0) , (l * corr_0 + r * corr_0);
out_pos = l * corr_pos , r * corr_pos;
out_neg = l * corr_neg , r * corr_neg; // old: out_neg = l * corr_neg , (0-(r * corr_neg));
lp1p(cf) = si.smooth(ba.tau2pole(1/(2*ma.PI*cf)));
};
// EQ with bypass
eq_bp = bp2(checkbox("v:master_me/t:expert/h:[3]eq/[1][symbol:eq_bypass]eq bypass"),eq);
eq = hp_eq : tilt_eq : side_eq_b with{
// HIGHPASS
hp_eq = par(i,2,fi.highpass(1,freq)) with {
freq = vslider("v:master_me/t:expert/h:[3]eq/h:[1]highpass/[1]eq highpass freq [unit:Hz] [scale:log] [symbol:eq_highpass_freq]", 5, 5, 1000,1);
};
// TILT EQ STEREO
tilt_eq = par(i,2,_) : par(i,2, fi.lowshelf(N, -gain, freq) : fi.highshelf(N, gain, freq)) with{
N = 1;
gain = vslider("v:master_me/t:expert/h:[3]eq/h:[2]tilt eq/[1]eq tilt gain [unit:dB] [symbol:eq_tilt_gain]",0,-6,6,0.5):si.smoo;
freq = 630; //vslider("v:master_me/t:expert/h:[3]eq/h:[2]tilt eq/[2]eq tilt freq [unit:Hz] [scale:log] [symbol:eq_tilt_freq]", 630, 200, 2000,1);
};
// SIDE EQ
side_eq_b = ms_enc : _,band_shelf(freq_low,freq_high,eq_side_gain) : ms_dec with{
//band_shelf(freq1 ,freq2 ,gain) = fi.low_shelf(0-gain,freq1): fi.low_shelf(gain,freq2);
band_shelf(freq1 ,freq2 ,gain) = fi.svf.ls(freq1,0.7,0-gain): fi.svf.ls(freq2,0.7,gain);
freq_low = eq_side_freq - eq_side_freq*eq_side_width : max(50);
freq_high = eq_side_freq + eq_side_freq*eq_side_width : min(8000);
eq_side_gain = vslider("v:master_me/t:expert/h:[3]eq/h:[3]side eq/[1]eq side gain [unit:dB] [symbol:eq_side_gain]",0,0,12,0.5):si.smoo;
eq_side_freq = vslider("v:master_me/t:expert/h:[3]eq/h:[3]side eq/[2]eq side freq [unit:Hz] [scale:log] [symbol:eq_side_freq]", 600,200,5000,1);
eq_side_width = vslider("v:master_me/t:expert/h:[3]eq/h:[3]side eq/[3]eq side bandwidth [symbol:eq_side_bandwidth]", 1,0.5,4,0.5);
};
};
// LEVELER
leveler_sc(target,fl,fr,l,r) =
(calc(lk2_short(fl,fr))*(1-bp)+bp)
<: (_*l,_*r)
with {
lp1p(cf) = si.smooth(ba.tau2pole(1/(2*ma.PI*cf)));
calc(lufs) = FB(lufs)~_: ba.db2linear;
FB(lufs,prev_gain) =
(target - lufs)
+(prev_gain )
: limit(limit_neg,limit_pos)
: lp1p(leveler_speed_brake(abs(l)+abs(r)))
: leveler_meter_gain;
bp = checkbox("v:master_me/t:expert/h:[3]leveler/[1]leveler bypass[symbol:leveler_bypass]") : si.smoo;
leveler_meter_gain = vbargraph("v:master_me/h:easy/[4][unit:dB][symbol:leveler_gain]leveler gain",-50,50);
meter_leveler_brake = _*100 : vbargraph("v:master_me/t:expert/h:[3]leveler/[6][unit:%][integer]leveler brake[symbol:leveler_brake]",0,100);
leveler_speed = vslider("v:master_me/t:expert/h:[3]leveler/[4][unit:%][integer][symbol:leveler_speed]leveler speed", init_leveler_speed, 0, 100, 1) * 0.0015; //.005, 0.15, .005);
leveler_brake_thresh = /*target + */vslider("v:master_me/t:expert/h:[3]leveler/[5][unit:dB][symbol:leveler_brake_threshold]leveler brake threshold", init_leveler_brake_threshold,-90,0,1);
limit_pos = vslider("v:master_me/t:expert/h:[3]leveler/[7][symbol:leveler_max_plus][unit:dB]leveler max +", init_leveler_maxboost, 0, 60, 1);
limit_neg = vslider("v:master_me/t:expert/h:[3]leveler/[8][symbol:leveler_max_minus][unit:dB]leveler max -", init_leveler_maxcut, 0, 60, 1) : ma.neg;
limit(lo,hi) = min(hi) : max(lo);
leveler_speed_brake(sc) = (expander(sc) <: attach(_, (1-_) : meter_leveler_brake)) : _ * leveler_speed;
expander(x) = (ex.peak_expansion_gain_mono_db(maxHold,strength,leveler_brake_thresh,range,gate_att,hold,gate_rel,knee,prePost,x)
: ba.db2linear
:max(0)
:min(1));
maxHold = hold*192000;
strength = 2;
range = -120;
gate_att = 0.05;
hold = 0.1;
gate_rel = 0.3;
knee = 12;
prePost = 1;
};
// SIDE CHAIN COMPRESSOR
sc_compressor(fl,fr,l,r) =
(fl,fr,l,r)
: feedforward_feedback
: (ms_enc,ms_enc):
(((RMS_compression_gain_N_chan_db(strength,thresh,att,rel,knee,0,link,N)),si.bus(N) )
: ro.interleave(N,2) : par(i,N,(meter(i) : post_gain : ba.db2linear*(1-bypass)+bypass)*_))
: ms_dec
: ((l,_,r,_):par(i, 2, it.interpolate_linear(dw)))
with {
N = 2;
B = si.bus(2);
bypass = checkbox("v:master_me/t:expert/h:[5]kneecomp/[0][symbol:kneecomp_bypass]kneecomp bypass"):si.smoo;
strength = vslider("v:master_me/t:expert/h:[5]kneecomp/[1][unit:%][integer][symbol:kneecomp_strength]kneecomp strength", 20, 0, 100, 1) * 0.01;
thresh = target + vslider("v:master_me/t:expert/h:[5]kneecomp/[2][symbol:kneecomp_threshold][unit:dB]kneecomp tar-thresh",init_kneecomp_thresh,-12,6,1);
att = vslider("v:master_me/t:expert/h:[5]kneecomp/[3][symbol:kneecomp_attack][unit:ms]kneecomp attack",20,1,100,1)*0.001;
rel = vslider("v:master_me/t:expert/h:[5]kneecomp/[4][symbol:kneecomp_release][unit:ms]kneecomp release",200,1,1000,1)*0.001;
knee = vslider("v:master_me/t:expert/h:[5]kneecomp/[5][unit:dB][symbol:kneecomp_knee]kneecomp knee",6,0,30,1);
link = vslider("v:master_me/t:expert/h:[5]kneecomp/[6][unit:%][integer][symbol:kneecomp_link]kneecomp link", 60, 0, 100, 1) *0.01;
fffb = vslider ("v:master_me/t:expert/h:[5]kneecomp/[7][unit:%][integer][symbol:kneecomp_fffb]kneecomp ff-fb",50,0,100,1) *0.01;
dw = vslider ("v:master_me/t:expert/h:[5]kneecomp/[9][unit:%][integer][symbol:kneecomp_drywet]kneecomp dry/wet",100,0,100,1) * 0.01:si.smoo;
meter(i) =
_<: attach(_, (max(-6):min(0):vbargraph(
"v:master_me/t:expert/h:[5]kneecomp/[symbol:kneecomp_meter_%i][unit:dB]kneecomp meter %i", -6, 0)
));
feedforward_feedback = B,(B<:B,B) : par(i,2,_*fffb), par(i,2,_* (1-fffb)),B : (_,_,_,_:>_,_),_,_;
// dev version of faust has this in the libs, TODO, use co.RMS_compression_gain_N_chan_db
RMS_compression_gain_N_chan_db(strength,thresh,att,rel,knee,prePost,link,1) =
RMS_compression_gain_mono_db(strength,thresh,att,rel,knee,prePost);
RMS_compression_gain_N_chan_db(strength,thresh,att,rel,knee,prePost,link,N) =
par(i,N,RMS_compression_gain_mono_db(strength,thresh,att,rel,knee,prePost))
<: (si.bus(N),(ba.parallelMin(N) <: si.bus(N))) : ro.interleave(N,2) : par(i,N,(it.interpolate_linear(link)));
RMS_compression_gain_mono_db(strength,thresh,att,rel,knee,prePost) =
RMS(rel) : ba.bypass1(prePost,si.onePoleSwitching(att,0)) : ba.linear2db : gain_computer(strength,thresh,knee) : ba.bypass1((prePost!=1),si.onePoleSwitching(0,att))
with {
gain_computer(strength,thresh,knee,level) =
select3((level>(thresh-(knee/2)))+(level>(thresh+(knee/2))),
0,
((level-thresh+(knee/2)) : pow(2)/(2*max(ma.EPSILON,knee))),
(level-thresh))
: max(0)*-strength;
RMS(time) = ba.slidingRMS(s) with {
s = ba.sec2samp(time):int:max(1);
};
};
//post_gain
post_gain =
_+
(vslider("v:master_me/t:expert/h:[5]kneecomp/[8][unit:dB][symbol:kneecomp_makeup]kneecomp makeup", init_kneecomp_postgain,-10,+10,0.5) :si.smoo);
};
// MSCOMP Interpolated (Bart Brouns)
mscomp_bp = bp2(checkbox("v:master_me/t:expert/h:[5]mscomp/h:[0]bypass/[0][symbol:mscomp_bypass]mscomp bypass"),
ms_enc
: B_band_Compressor_N_chan(Nba,Nch)
: ms_dec
) ;
B_band_Compressor_N_chan(B,N) =
si.bus (N) <: si.bus (2 * N)
: ( (crossover:gain_calc), si.bus(N) )
: apply_gain
: outputGain
with {
crossover =
par(i, N, an.analyzer (6, crossoverFreqs)
: ro.cross (B)
);
apply_gain =
(ro.interleave(N, B+1))
: par(i, N, ro.cross(B),_)
: par(i, N, shelfcascade ((crossoverFreqs)))
;
// TODO: use co.peak_compression_gain_N_chan_db when it arrives in the current faust version
compressor(N,prePost,strength,thresh,att,rel,knee,link) = peak_compression_gain_N_chan_db (strength,thresh,att,rel,knee,prePost,link,N);
gain_calc = (strength_array, thresh_array, att_array, rel_array, knee_array, link_array, si.bus(N*B))
: ro.interleave(B,6+N)
: par(i, B, compressor(N,prePost)) // : si.bus (N * Nr_bands)
: par(b, B, par(c, N, meter(b+1, c+1)));
outputGain = par(i, N, _*mscomp_outGain);
/* TODO: separate %b%c in symbol name so that it is a valid C/C++ variable-name (ideally an underscore) %b_%c
* meanwhile this is safe since there are only 8 bands (1..9) and 2 channels.
*/
meter(b,c) =
_<: attach(_, (max(-6):min(0):vbargraph(
// "v:master_me/t:expert/h:[6]mscomp_meter/[%b.%c][unit:dB][tooltip: gain reduction in db][symbol:msredux%b%c]mscomp redux band %b chn %c", -3, 0)
"v:master_me/t:expert/h:[6]mscomp_meter/[%b.%c][unit:dB][tooltip: gain reduction in db][symbol:msredux%b%c]", -6, 0)
));
/* higher order low, band and hi shelf filter primitives */
ls3(f,g) = fi.svf.ls (f, .5, g3) : fi.svf.ls (f, .707, g3) : fi.svf.ls (f, 2, g3) with {g3 = g/3;};
bs3(f1,f2,g) = ls3(f1,-g) : ls3(f2,g);
hs3(f,g) = fi.svf.hs (f, .5, g3) : fi.svf.hs (f, .707, g3) : fi.svf.hs (f, 2, g3) with {g3 = g/3;};
/* Cascade of shelving filters to apply gain per band.
*
* `lf` : list of frequencies
* followed by (count(lf) +1) gain parameters
*/
shelfcascade(lf) = fbus(lf), ls3(first(lf)) : sc(lf)
with {
sc((f1, f2, lf)) = fbus((f2,lf)), bs3(f1,f2) : sc((f2,lf)); // recursive pattern
sc((f1, f2)) = _, bs3(f1,f2) : hs3(f2); // halting pattern
fbus(l) = par(i, outputs(l), _); // a bus of the size of a list
first((x,xs)) = x; // first element of a list
};
/* Cross over frequency range */
fl = vslider("v:master_me/t:expert/h:[5]mscomp/h:[1]low band/[7][symbol:mscomp_low_crossover][scale:log][unit:Hz]low crossover", 60, 20, 4000, 1);
fh = vslider("v:master_me/t:expert/h:[5]mscomp/h:[2]high band/[7][symbol:mscomp_high_crossover][scale:log][unit:Hz]high crossover", 8000, 5000, 20000, 1);
/* Compressor settings */
strength_array = vslider("v:master_me/t:expert/h:[5]mscomp/h:[1]low band/[1][unit:%][integer][symbol:mscomp_low_strength]low strength", 10, 0, 100, 1)*0.01,vslider("v:master_me/t:expert/h:[5]mscomp/h:[2]high band/[1][unit:%][integer][symbol:mscomp_high_strength]high strength", 10, 0, 100, 1)*0.01:LinArray(B);
thresh_array = target + vslider("v:master_me/t:expert/h:[5]mscomp/h:[1]low band/[2][unit:dB][symbol:mscomp_low_threshold]low tar-thresh", -6, -12, 12, 0.5),target + vslider("v:master_me/t:expert/h:[5]mscomp/h:[2]high band/[2][unit:dB][symbol:mscomp_high_threshold]high tar-thresh", -12, -12, 12, 0.5):LinArray(B);
att_array = (vslider("v:master_me/t:expert/h:[5]mscomp/h:[1]low band/[3][unit:ms][symbol:mscomp_low_attack]low attack", 15, 0, 100, 0.1)*0.001,vslider("v:master_me/t:expert/h:[5]mscomp/h:[2]high band/[3][unit:ms][symbol:mscomp_high_attack]high attack", 3, 0, 100, 0.1)*0.001):LogArray(B);
rel_array = (vslider("v:master_me/t:expert/h:[5]mscomp/h:[1]low band/[4][unit:ms][symbol:mscomp_low_release]low release", 150, 1, 1000, 1)*0.001,vslider("v:master_me/t:expert/h:[5]mscomp/h:[2]high band/[4][unit:ms][symbol:mscomp_high_release]high release", 30, 1, 1000, 1)*0.001):LogArray(B);
knee_array = (vslider("v:master_me/t:expert/h:[5]mscomp/h:[1]low band/[5][unit:dB][symbol:mscomp_low_knee]low knee", 12, 0, 30, 0.1),vslider("v:master_me/t:expert/h:[5]mscomp/h:[2]high band/[5][unit:dB][symbol:mscomp_high_knee]high knee", 12, 0, 30, 0.1)):LinArray(B);
link_array = (vslider("v:master_me/t:expert/h:[5]mscomp/h:[1]low band/[6][unit:%][integer][symbol:mscomp_low_link]low link", 60, 0, 100, 1)*0.01,vslider("v:master_me/t:expert/h:[5]mscomp/h:[2]high band/[6][unit:%][integer][symbol:mscomp_high_link]high link", 30, 0, 100, 1)*0.01):LinArray(B);
crossoverFreqs = LogArray(B-1,fl,fh);
mscomp_outGain = vslider("v:master_me/t:expert/h:[5]mscomp/h:[3]out/[3][unit:dB][symbol:mscomp_output_gain]makeup", 1, -6, 6, 0.5):ba.db2linear:si.smoo;
// make a linear array of values, from bottom to top
LinArray(N,bottom,top) = par(i,N, ((top-bottom)*(i/(N-1)))+bottom);
// make a log array of values, from bottom to top
LogArray(N,bottom,top) = par(i,N, pow((pow((t/b),1/(N-1))),i)*b)
with {
b = bottom:max(ma.EPSILON);
t = top:max(ma.EPSILON);
};
prePost = 1;
};
// LIMITER
limiter_rms_bp = bp2(checkbox("v:master_me/t:expert/h:[7]limiter/[0]limiter bypass[symbol:limiter_bypass]"),limiter_rms);
limiter_rms = co.RMS_FBFFcompressor_N_chan(strength,thresh,att,rel,knee,0,1,fffb,limiter_meter,2) : post_gain with{
strength = vslider("v:master_me/t:expert/h:[7]limiter/[1][unit:%][integer][symbol:limiter_strength]limiter strength", 80, 0, 100, 1) *0.01;
thresh = target + vslider("v:master_me/t:expert/h:[7]limiter/[2][symbol:limiter_threshold][unit:dB]limiter tar-thresh",6,-12,12,1);
att = vslider("v:master_me/t:expert/h:[7]limiter/[3][unit:ms][symbol:limiter_attack]limiter attack",1,0,100,1)*0.001;
rel = vslider("v:master_me/t:expert/h:[7]limiter/[4][unit:ms][symbol:limiter_release]limiter release",40,1,400,1)*0.001;
knee = vslider("v:master_me/t:expert/h:[7]limiter/[5][symbol:limiter_knee][unit:dB]limiter knee",8,0,12,1);
fffb = vslider ("v:master_me/t:expert/h:[7]limiter/[6][unit:%][integer][symbol:limiter_fffb]limiter ff-fb",50,0,100,1)*0.01;
// post_gain
post_gain = par(i,Nch,_ * limiter_postgain) with {
};
limiter_postgain = vslider("v:master_me/t:expert/h:[7]limiter/[8][unit:dB][symbol:limiter_makeup]limiter makeup", init_limiter_postgain,-10,+10,0.5) : ba.db2linear:si.smoo;
limiter_meter = _ <: attach(ba.linear2db : vbargraph("v:master_me/t:expert/h:[7]limiter/[9][unit:dB][symbol:limiter_gain_reduction]limiter gain reduction",-12,0));
};
// LIMITER NO LATENCY
brickwall_no_latency_bp = bp2(checkbox("v:master_me/t:expert/h:[8]brickwall/[1][symbol:brickwall_bypass]brickwall bypass"),brickwall_no_latency);
brickwall_no_latency =
co.FFcompressor_N_chan(1,threshLim,att,rel,knee,0,link,meter_brickwall,2)
with {
threshLim = vslider("v:master_me/t:expert/h:[8]brickwall/[3]brickwall ceiling[unit:dB][symbol:brickwall_ceiling]",init_brickwall_ceiling,-6,-0,0.1);
att = 0;
rel = vslider("v:master_me/t:expert/h:[8]brickwall/[4]brickwall release[unit:ms][symbol:brickwall_release]",init_brickwall_release,5,100,1) *0.001;
knee = 0;
link = 1;
meter_brickwall =
_<: _,( ba.linear2db:vbargraph("v:master_me/t:expert/h:[8]brickwall/lim[unit:dB][symbol:brickwall_limit]",-20,0)) : attach;
// The following code is in the libraries in the dev version of faust, but not yet in the latest release:
// TODO: use co.FFcompressor_N_chan
FFcompressor_N_chan(strength,thresh,att,rel,knee,prePost,link,meter,N) =
si.bus(N) <: (peak_compression_gain_N_chan_db(strength,thresh,att,rel,knee,prePost,link,N),si.bus(N)) : ro.interleave(N,2) : par(i,N,(meter: ba.db2linear)*_);
};
// +++++++++++++++++++++++++ LUFS METER +++++++++++++++++++++++++
lk2_var(Tg)= par(i,2,kfilter : zi) :> 4.342944819 * log(max(1e-12)) : -(0.691) with {
// maximum assumed sample rate is 192k
maxSR = 192000;
sump(n) = ba.slidingSump(n, Tg*maxSR)/max(n,ma.EPSILON);
envelope(period, x) = x * x : sump(rint(period * ma.SR));
zi = envelope(Tg); // mean square: average power = energy/Tg = integral of squared signal / Tg
kfilter = ebu.prefilter;
};
lk2 = lk2_var(3);
lk2_short = lk2_var(0.4);
lufs_meter_in(l,r) = l,r <: l, attach(r, (lk2 : vbargraph("v:master_me/h:easy/[2][unit:dB][symbol:lufs_in]in lufs-s",-70,0))) : _,_;
lufs_meter_out(l,r) = l,r <: l, attach(r, (lk2 : vbargraph("v:master_me/h:easy/[7][unit:dB][symbol:lufs_out]out lufs-s",-70,0))) : _,_;
/* ******* 8< *******/
// TODO: use co.peak_compression_gain_N_chan_db when it arrives in the current faust version
peak_compression_gain_mono_db(strength,thresh,att,rel,knee,prePost) =
abs : ba.bypass1(prePost,si.onePoleSwitching(att,rel)) : ba.linear2db : gain_computer(strength,thresh,knee) : ba.bypass1((prePost !=1),si.onePoleSwitching(rel,att))
with {
gain_computer(strength,thresh,knee,level) =
select3((level>(thresh-(knee/2)))+(level>(thresh+(knee/2))),
0,
((level-thresh+(knee/2)) : pow(2)/(2*max(ma.EPSILON,knee))),
(level-thresh))
: max(0)*-strength;
};
peak_compression_gain_N_chan_db(strength,thresh,att,rel,knee,prePost,link,1) =
peak_compression_gain_mono_db(strength,thresh,att,rel,knee,prePost);
peak_compression_gain_N_chan_db(strength,thresh,att,rel,knee,prePost,link,N) =
par(i, N, peak_compression_gain_mono_db(strength,thresh,att,rel,knee,prePost))
<: (si.bus(N),(ba.parallelMin(N) <: si.bus(N))) : ro.interleave(N,2) : par(i,N,(it.interpolate_linear(link)));
/* ******* >8 *******/
| https://raw.githubusercontent.com/trummerschlunk/master_me/40f6032f13955cd829a42af26508ef364f3cecf3/master_me.dsp | faust | -*-Faust-*-
double precision -double needed!
init values
number of channels
number of bands of the multiband compressor
not used in voc version
main
: correlate_meter
stereo bypass with si.smoo fading
DC FILTER
phase switches
Mono Switch
input gain
stereo to m/s encoder
m/s to stereo decoder
peak meters
GATE
correlation meter
averaging period in seconds
1-pole lowpass as average
variance
standard deviation
covariance
correlation
stereo correction based on correlation
averaging period in seconds
1-pole lowpass as average
variance
standard deviation
covariance
correlation
: vbargraph("[5]1[symbol:corr_pos1]",0,1)
: vbargraph("[9]-1[symbol:]corr_neg1",0,1)
: vbargraph("[7]0[symbol:corr_0]",0,1)
: vbargraph("[6]>0,<1[symbol:corr_pos]",0,1)
: vbargraph("[8]>-1,<0[symbol:corr_neg]",0,1)
old: out_neg = l * corr_neg , (0-(r * corr_neg));
EQ with bypass
HIGHPASS
TILT EQ STEREO
vslider("v:master_me/t:expert/h:[3]eq/h:[2]tilt eq/[2]eq tilt freq [unit:Hz] [scale:log] [symbol:eq_tilt_freq]", 630, 200, 2000,1);
SIDE EQ
band_shelf(freq1 ,freq2 ,gain) = fi.low_shelf(0-gain,freq1): fi.low_shelf(gain,freq2);
LEVELER
.005, 0.15, .005);
target +
SIDE CHAIN COMPRESSOR
dev version of faust has this in the libs, TODO, use co.RMS_compression_gain_N_chan_db
post_gain
MSCOMP Interpolated (Bart Brouns)
TODO: use co.peak_compression_gain_N_chan_db when it arrives in the current faust version
: si.bus (N * Nr_bands)
TODO: separate %b%c in symbol name so that it is a valid C/C++ variable-name (ideally an underscore) %b_%c
* meanwhile this is safe since there are only 8 bands (1..9) and 2 channels.
"v:master_me/t:expert/h:[6]mscomp_meter/[%b.%c][unit:dB][tooltip: gain reduction in db][symbol:msredux%b%c]mscomp redux band %b chn %c", -3, 0)
higher order low, band and hi shelf filter primitives
Cascade of shelving filters to apply gain per band.
*
* `lf` : list of frequencies
* followed by (count(lf) +1) gain parameters
recursive pattern
halting pattern
a bus of the size of a list
first element of a list
Cross over frequency range
Compressor settings
make a linear array of values, from bottom to top
make a log array of values, from bottom to top
LIMITER
post_gain
LIMITER NO LATENCY
The following code is in the libraries in the dev version of faust, but not yet in the latest release:
TODO: use co.FFcompressor_N_chan
+++++++++++++++++++++++++ LUFS METER +++++++++++++++++++++++++
maximum assumed sample rate is 192k
mean square: average power = energy/Tg = integral of squared signal / Tg
******* 8< ******
TODO: use co.peak_compression_gain_N_chan_db when it arrives in the current faust version
******* >8 ****** |
declare name "master_me";
declare version "1.0";
declare author "Klaus Scheuermann";
declare license "GPLv3";
ebu = library("lib/ebur128.dsp");
ex = library("expanders.lib");
import("stdfaust.lib");
init_leveler_target = -18;
init_leveler_maxboost = 20;
init_leveler_maxcut = 20;
init_leveler_brake_threshold = -14;
init_leveler_speed = 20;
init_kneecomp_thresh = -6;
init_kneecomp_postgain = 0;
init_limiter_lad_ceil = -2;
init_limiter_postgain = 0;
init_brickwall_ceiling = -1;
init_brickwall_release = 75;
target = vslider("v:master_me/h:easy/[3]Target[unit:dB][symbol:target][integer]", init_leveler_target,-50,-2,1);
process =
bp2(checkbox("[symbol:global_bypass]global bypass"),(
in_gain
: peakmeter_in
: lufs_meter_in
: dc_blocker_bp
: (phase_invert_L , phase_invert_R)
: mono_bp
: correlate_correct_bp
: gate_bp
: eq_bp
: (
leveler_sc(target)
: ( sc_compressor
: mscomp_bp
: limiter_rms_bp
: brickwall_no_latency_bp
)~(si.bus(2))
)~(si.bus(2))
))
: lufs_meter_out
: peakmeter_out
;
bp2(sw,pr) = _,_ <: _,_,pr : (_*sm,_*sm),(_*(1-sm),_*(1-sm)) :> _,_ with {
sm = sw : si.smoo;
};
dc_blocker_bp = bp2(sw,dc_blocker(2)) with {
sw = 1 - checkbox("v:master_me/t:expert/h:[1]pre-processing/[5][symbol:dc_blocker]dc blocker");
};
dc_blocker(N) = par(i,N,fi.dcblockerat(dc_filter_freq))
with {
dc_filter_freq = 10.0;
};
phase_invert_L = _ <: _,_ : (_ : *(-1)),_ : _*sw,_*(1-sw) :> _ with{
sw = checkbox("v:master_me/t:expert/h:[1]pre-processing/[2][symbol:phase_l]phase L");
};
phase_invert_R = _ <: _,_ : (_ : *(-1)),_ : _*sw,_*(1-sw) :> _ with{
sw = checkbox("v:master_me/t:expert/h:[1]pre-processing/[3][symbol:phase_r]phase R");
};
mono_bp = bp2(1 - checkbox("v:master_me/t:expert/h:[1]pre-processing/[4][symbol:mono]mono"),mono);
mono = _*0.5,_*0.5 <: +, +;
in_gain = par(i,2,(_*g)) with{
g = vslider("v:master_me/t:expert/h:[1]pre-processing/[1][symbol:in_gain][unit:dB]input gain",0,-100,24,1) : ba.db2linear :si.smoo;
};
ms_enc = _*0.5,_*0.5 <: +, -;
ms_dec = _,_ <: +, -;
peakmeter_in = in_meter_l,in_meter_r with {
envelop = abs : max(ba.db2linear(-70)) : ba.linear2db : min(10) : max ~ -(80.0/ma.SR);
in_meter_l(x) = attach(x, envelop(x) : vbargraph("v:master_me/h:easy/[0][symbol:peakmeter_in_l]in L[unit:dB]", -70, 0));
in_meter_r(x) = attach(x, envelop(x) : vbargraph("v:master_me/h:easy/[1][symbol:peakmeter_in_r]in R[unit:dB]", -70, 0));
};
peakmeter_out = out_meter_l,out_meter_r with {
envelop = abs : max(ba.db2linear(-70)) : ba.linear2db : min(10) : max ~ -(80.0/ma.SR);
out_meter_l(x) = attach(x, envelop(x) : vbargraph("v:master_me/h:easy/[8][symbol:peakmeter_out_l]out L[unit:dB]", -70, 0));
out_meter_r(x) = attach(x, envelop(x) : vbargraph("v:master_me/h:easy/[9][symbol:peakmeter_out_r]out R[unit:dB]", -70, 0));
};
gate_bp = bp2(checkbox("v:master_me/t:expert/h:[2]gate/[1][symbol:gate_bypass]gate bypass"),gate);
gate(x,y) = attach(x,gateview(abs(x)+abs(y))),y : ef.gate_stereo(gate_thresh,gate_att,gate_hold,gate_rel) with{
gate_thresh = vslider("v:master_me/t:expert/h:[2]gate/[2][symbol:gate_threshold][unit:dB]gate threshold",-90,-90,0,1);
gate_att = vslider("v:master_me/t:expert/h:[2]gate/[3][symbol:gate_attack][unit:ms]gate attack",0,0,100,1) *0.001;
gate_hold = vslider("v:master_me/t:expert/h:[2]gate/[4][symbol:gate_hold][unit:ms]gate hold",50,0,500,1) *0.001;
gate_rel = vslider("v:master_me/t:expert/h:[2]gate/[5][symbol:gate_release][unit:ms]gate release",500,50,5000,1) *0.001;
gateview = ef.gate_gain_mono(gate_thresh,gate_att,gate_hold,gate_rel) : ba.linear2db : max(-70) :
vbargraph("v:master_me/t:expert/h:[2]gate/[6][symbol:gate_meter][unit:dB]gate meter", -70,0);
};
correlate_meter(x,y) = x,y <: x , attach(y, (corr(t) : meter_correlate_meter )) : _,_ with {
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
meter_correlate_meter = vbargraph("v:master_me/t:expert/h:[1]pre-processing/correlation meter[symbol:correlation_meter]",-1,1);
};
correlate_correct_bp = bp2(1 - checkbox("v:master_me/t:expert/h:[1]pre-processing/[6][symbol:stereo_correct]stereo correct"), correlate_correct);
correlate_correct(l,r) = out_pos1, out_neg1, out_0, out_pos, out_neg :> _,_ with {
with {
p = exp((((-2.0 * ma.PI) / t) / ma.SR));
};
th =.0001;
smoothing = lp1p(2) ;
out_pos1 = ((l * corr_pos1 + r * corr_pos1) /2) , ((l * corr_pos1 + r * corr_pos1) /2);
out_neg1 = ((l * corr_neg1 + (-r) * corr_neg1) /2) , ((l * corr_neg1 + (-r) * corr_neg1) /2);
out_0 = (l * corr_0 + r * corr_0) , (l * corr_0 + r * corr_0);
out_pos = l * corr_pos , r * corr_pos;
lp1p(cf) = si.smooth(ba.tau2pole(1/(2*ma.PI*cf)));
};
eq_bp = bp2(checkbox("v:master_me/t:expert/h:[3]eq/[1][symbol:eq_bypass]eq bypass"),eq);
eq = hp_eq : tilt_eq : side_eq_b with{
hp_eq = par(i,2,fi.highpass(1,freq)) with {
freq = vslider("v:master_me/t:expert/h:[3]eq/h:[1]highpass/[1]eq highpass freq [unit:Hz] [scale:log] [symbol:eq_highpass_freq]", 5, 5, 1000,1);
};
tilt_eq = par(i,2,_) : par(i,2, fi.lowshelf(N, -gain, freq) : fi.highshelf(N, gain, freq)) with{
N = 1;
gain = vslider("v:master_me/t:expert/h:[3]eq/h:[2]tilt eq/[1]eq tilt gain [unit:dB] [symbol:eq_tilt_gain]",0,-6,6,0.5):si.smoo;
};
side_eq_b = ms_enc : _,band_shelf(freq_low,freq_high,eq_side_gain) : ms_dec with{
band_shelf(freq1 ,freq2 ,gain) = fi.svf.ls(freq1,0.7,0-gain): fi.svf.ls(freq2,0.7,gain);
freq_low = eq_side_freq - eq_side_freq*eq_side_width : max(50);
freq_high = eq_side_freq + eq_side_freq*eq_side_width : min(8000);
eq_side_gain = vslider("v:master_me/t:expert/h:[3]eq/h:[3]side eq/[1]eq side gain [unit:dB] [symbol:eq_side_gain]",0,0,12,0.5):si.smoo;
eq_side_freq = vslider("v:master_me/t:expert/h:[3]eq/h:[3]side eq/[2]eq side freq [unit:Hz] [scale:log] [symbol:eq_side_freq]", 600,200,5000,1);
eq_side_width = vslider("v:master_me/t:expert/h:[3]eq/h:[3]side eq/[3]eq side bandwidth [symbol:eq_side_bandwidth]", 1,0.5,4,0.5);
};
};
leveler_sc(target,fl,fr,l,r) =
(calc(lk2_short(fl,fr))*(1-bp)+bp)
<: (_*l,_*r)
with {
lp1p(cf) = si.smooth(ba.tau2pole(1/(2*ma.PI*cf)));
calc(lufs) = FB(lufs)~_: ba.db2linear;
FB(lufs,prev_gain) =
(target - lufs)
+(prev_gain )
: limit(limit_neg,limit_pos)
: lp1p(leveler_speed_brake(abs(l)+abs(r)))
: leveler_meter_gain;
bp = checkbox("v:master_me/t:expert/h:[3]leveler/[1]leveler bypass[symbol:leveler_bypass]") : si.smoo;
leveler_meter_gain = vbargraph("v:master_me/h:easy/[4][unit:dB][symbol:leveler_gain]leveler gain",-50,50);
meter_leveler_brake = _*100 : vbargraph("v:master_me/t:expert/h:[3]leveler/[6][unit:%][integer]leveler brake[symbol:leveler_brake]",0,100);
limit_pos = vslider("v:master_me/t:expert/h:[3]leveler/[7][symbol:leveler_max_plus][unit:dB]leveler max +", init_leveler_maxboost, 0, 60, 1);
limit_neg = vslider("v:master_me/t:expert/h:[3]leveler/[8][symbol:leveler_max_minus][unit:dB]leveler max -", init_leveler_maxcut, 0, 60, 1) : ma.neg;
limit(lo,hi) = min(hi) : max(lo);
leveler_speed_brake(sc) = (expander(sc) <: attach(_, (1-_) : meter_leveler_brake)) : _ * leveler_speed;
expander(x) = (ex.peak_expansion_gain_mono_db(maxHold,strength,leveler_brake_thresh,range,gate_att,hold,gate_rel,knee,prePost,x)
: ba.db2linear
:max(0)
:min(1));
maxHold = hold*192000;
strength = 2;
range = -120;
gate_att = 0.05;
hold = 0.1;
gate_rel = 0.3;
knee = 12;
prePost = 1;
};
sc_compressor(fl,fr,l,r) =
(fl,fr,l,r)
: feedforward_feedback
: (ms_enc,ms_enc):
(((RMS_compression_gain_N_chan_db(strength,thresh,att,rel,knee,0,link,N)),si.bus(N) )
: ro.interleave(N,2) : par(i,N,(meter(i) : post_gain : ba.db2linear*(1-bypass)+bypass)*_))
: ms_dec
: ((l,_,r,_):par(i, 2, it.interpolate_linear(dw)))
with {
N = 2;
B = si.bus(2);
bypass = checkbox("v:master_me/t:expert/h:[5]kneecomp/[0][symbol:kneecomp_bypass]kneecomp bypass"):si.smoo;
strength = vslider("v:master_me/t:expert/h:[5]kneecomp/[1][unit:%][integer][symbol:kneecomp_strength]kneecomp strength", 20, 0, 100, 1) * 0.01;
thresh = target + vslider("v:master_me/t:expert/h:[5]kneecomp/[2][symbol:kneecomp_threshold][unit:dB]kneecomp tar-thresh",init_kneecomp_thresh,-12,6,1);
att = vslider("v:master_me/t:expert/h:[5]kneecomp/[3][symbol:kneecomp_attack][unit:ms]kneecomp attack",20,1,100,1)*0.001;
rel = vslider("v:master_me/t:expert/h:[5]kneecomp/[4][symbol:kneecomp_release][unit:ms]kneecomp release",200,1,1000,1)*0.001;
knee = vslider("v:master_me/t:expert/h:[5]kneecomp/[5][unit:dB][symbol:kneecomp_knee]kneecomp knee",6,0,30,1);
link = vslider("v:master_me/t:expert/h:[5]kneecomp/[6][unit:%][integer][symbol:kneecomp_link]kneecomp link", 60, 0, 100, 1) *0.01;
fffb = vslider ("v:master_me/t:expert/h:[5]kneecomp/[7][unit:%][integer][symbol:kneecomp_fffb]kneecomp ff-fb",50,0,100,1) *0.01;
dw = vslider ("v:master_me/t:expert/h:[5]kneecomp/[9][unit:%][integer][symbol:kneecomp_drywet]kneecomp dry/wet",100,0,100,1) * 0.01:si.smoo;
meter(i) =
_<: attach(_, (max(-6):min(0):vbargraph(
"v:master_me/t:expert/h:[5]kneecomp/[symbol:kneecomp_meter_%i][unit:dB]kneecomp meter %i", -6, 0)
));
feedforward_feedback = B,(B<:B,B) : par(i,2,_*fffb), par(i,2,_* (1-fffb)),B : (_,_,_,_:>_,_),_,_;
RMS_compression_gain_N_chan_db(strength,thresh,att,rel,knee,prePost,link,1) =
RMS_compression_gain_mono_db(strength,thresh,att,rel,knee,prePost);
RMS_compression_gain_N_chan_db(strength,thresh,att,rel,knee,prePost,link,N) =
par(i,N,RMS_compression_gain_mono_db(strength,thresh,att,rel,knee,prePost))
<: (si.bus(N),(ba.parallelMin(N) <: si.bus(N))) : ro.interleave(N,2) : par(i,N,(it.interpolate_linear(link)));
RMS_compression_gain_mono_db(strength,thresh,att,rel,knee,prePost) =
RMS(rel) : ba.bypass1(prePost,si.onePoleSwitching(att,0)) : ba.linear2db : gain_computer(strength,thresh,knee) : ba.bypass1((prePost!=1),si.onePoleSwitching(0,att))
with {
gain_computer(strength,thresh,knee,level) =
select3((level>(thresh-(knee/2)))+(level>(thresh+(knee/2))),
0,
((level-thresh+(knee/2)) : pow(2)/(2*max(ma.EPSILON,knee))),
(level-thresh))
: max(0)*-strength;
RMS(time) = ba.slidingRMS(s) with {
s = ba.sec2samp(time):int:max(1);
};
};
post_gain =
_+
(vslider("v:master_me/t:expert/h:[5]kneecomp/[8][unit:dB][symbol:kneecomp_makeup]kneecomp makeup", init_kneecomp_postgain,-10,+10,0.5) :si.smoo);
};
mscomp_bp = bp2(checkbox("v:master_me/t:expert/h:[5]mscomp/h:[0]bypass/[0][symbol:mscomp_bypass]mscomp bypass"),
ms_enc
: B_band_Compressor_N_chan(Nba,Nch)
: ms_dec
) ;
B_band_Compressor_N_chan(B,N) =
si.bus (N) <: si.bus (2 * N)
: ( (crossover:gain_calc), si.bus(N) )
: apply_gain
: outputGain
with {
crossover =
par(i, N, an.analyzer (6, crossoverFreqs)
: ro.cross (B)
);
apply_gain =
(ro.interleave(N, B+1))
: par(i, N, ro.cross(B),_)
: par(i, N, shelfcascade ((crossoverFreqs)))
;
compressor(N,prePost,strength,thresh,att,rel,knee,link) = peak_compression_gain_N_chan_db (strength,thresh,att,rel,knee,prePost,link,N);
gain_calc = (strength_array, thresh_array, att_array, rel_array, knee_array, link_array, si.bus(N*B))
: ro.interleave(B,6+N)
: par(b, B, par(c, N, meter(b+1, c+1)));
outputGain = par(i, N, _*mscomp_outGain);
meter(b,c) =
_<: attach(_, (max(-6):min(0):vbargraph(
"v:master_me/t:expert/h:[6]mscomp_meter/[%b.%c][unit:dB][tooltip: gain reduction in db][symbol:msredux%b%c]", -6, 0)
));
ls3(f,g) = fi.svf.ls (f, .5, g3) : fi.svf.ls (f, .707, g3) : fi.svf.ls (f, 2, g3) with {g3 = g/3;};
bs3(f1,f2,g) = ls3(f1,-g) : ls3(f2,g);
hs3(f,g) = fi.svf.hs (f, .5, g3) : fi.svf.hs (f, .707, g3) : fi.svf.hs (f, 2, g3) with {g3 = g/3;};
shelfcascade(lf) = fbus(lf), ls3(first(lf)) : sc(lf)
with {
};
fl = vslider("v:master_me/t:expert/h:[5]mscomp/h:[1]low band/[7][symbol:mscomp_low_crossover][scale:log][unit:Hz]low crossover", 60, 20, 4000, 1);
fh = vslider("v:master_me/t:expert/h:[5]mscomp/h:[2]high band/[7][symbol:mscomp_high_crossover][scale:log][unit:Hz]high crossover", 8000, 5000, 20000, 1);
strength_array = vslider("v:master_me/t:expert/h:[5]mscomp/h:[1]low band/[1][unit:%][integer][symbol:mscomp_low_strength]low strength", 10, 0, 100, 1)*0.01,vslider("v:master_me/t:expert/h:[5]mscomp/h:[2]high band/[1][unit:%][integer][symbol:mscomp_high_strength]high strength", 10, 0, 100, 1)*0.01:LinArray(B);
thresh_array = target + vslider("v:master_me/t:expert/h:[5]mscomp/h:[1]low band/[2][unit:dB][symbol:mscomp_low_threshold]low tar-thresh", -6, -12, 12, 0.5),target + vslider("v:master_me/t:expert/h:[5]mscomp/h:[2]high band/[2][unit:dB][symbol:mscomp_high_threshold]high tar-thresh", -12, -12, 12, 0.5):LinArray(B);
att_array = (vslider("v:master_me/t:expert/h:[5]mscomp/h:[1]low band/[3][unit:ms][symbol:mscomp_low_attack]low attack", 15, 0, 100, 0.1)*0.001,vslider("v:master_me/t:expert/h:[5]mscomp/h:[2]high band/[3][unit:ms][symbol:mscomp_high_attack]high attack", 3, 0, 100, 0.1)*0.001):LogArray(B);
rel_array = (vslider("v:master_me/t:expert/h:[5]mscomp/h:[1]low band/[4][unit:ms][symbol:mscomp_low_release]low release", 150, 1, 1000, 1)*0.001,vslider("v:master_me/t:expert/h:[5]mscomp/h:[2]high band/[4][unit:ms][symbol:mscomp_high_release]high release", 30, 1, 1000, 1)*0.001):LogArray(B);
knee_array = (vslider("v:master_me/t:expert/h:[5]mscomp/h:[1]low band/[5][unit:dB][symbol:mscomp_low_knee]low knee", 12, 0, 30, 0.1),vslider("v:master_me/t:expert/h:[5]mscomp/h:[2]high band/[5][unit:dB][symbol:mscomp_high_knee]high knee", 12, 0, 30, 0.1)):LinArray(B);
link_array = (vslider("v:master_me/t:expert/h:[5]mscomp/h:[1]low band/[6][unit:%][integer][symbol:mscomp_low_link]low link", 60, 0, 100, 1)*0.01,vslider("v:master_me/t:expert/h:[5]mscomp/h:[2]high band/[6][unit:%][integer][symbol:mscomp_high_link]high link", 30, 0, 100, 1)*0.01):LinArray(B);
crossoverFreqs = LogArray(B-1,fl,fh);
mscomp_outGain = vslider("v:master_me/t:expert/h:[5]mscomp/h:[3]out/[3][unit:dB][symbol:mscomp_output_gain]makeup", 1, -6, 6, 0.5):ba.db2linear:si.smoo;
LinArray(N,bottom,top) = par(i,N, ((top-bottom)*(i/(N-1)))+bottom);
LogArray(N,bottom,top) = par(i,N, pow((pow((t/b),1/(N-1))),i)*b)
with {
b = bottom:max(ma.EPSILON);
t = top:max(ma.EPSILON);
};
prePost = 1;
};
limiter_rms_bp = bp2(checkbox("v:master_me/t:expert/h:[7]limiter/[0]limiter bypass[symbol:limiter_bypass]"),limiter_rms);
limiter_rms = co.RMS_FBFFcompressor_N_chan(strength,thresh,att,rel,knee,0,1,fffb,limiter_meter,2) : post_gain with{
strength = vslider("v:master_me/t:expert/h:[7]limiter/[1][unit:%][integer][symbol:limiter_strength]limiter strength", 80, 0, 100, 1) *0.01;
thresh = target + vslider("v:master_me/t:expert/h:[7]limiter/[2][symbol:limiter_threshold][unit:dB]limiter tar-thresh",6,-12,12,1);
att = vslider("v:master_me/t:expert/h:[7]limiter/[3][unit:ms][symbol:limiter_attack]limiter attack",1,0,100,1)*0.001;
rel = vslider("v:master_me/t:expert/h:[7]limiter/[4][unit:ms][symbol:limiter_release]limiter release",40,1,400,1)*0.001;
knee = vslider("v:master_me/t:expert/h:[7]limiter/[5][symbol:limiter_knee][unit:dB]limiter knee",8,0,12,1);
fffb = vslider ("v:master_me/t:expert/h:[7]limiter/[6][unit:%][integer][symbol:limiter_fffb]limiter ff-fb",50,0,100,1)*0.01;
post_gain = par(i,Nch,_ * limiter_postgain) with {
};
limiter_postgain = vslider("v:master_me/t:expert/h:[7]limiter/[8][unit:dB][symbol:limiter_makeup]limiter makeup", init_limiter_postgain,-10,+10,0.5) : ba.db2linear:si.smoo;
limiter_meter = _ <: attach(ba.linear2db : vbargraph("v:master_me/t:expert/h:[7]limiter/[9][unit:dB][symbol:limiter_gain_reduction]limiter gain reduction",-12,0));
};
brickwall_no_latency_bp = bp2(checkbox("v:master_me/t:expert/h:[8]brickwall/[1][symbol:brickwall_bypass]brickwall bypass"),brickwall_no_latency);
brickwall_no_latency =
co.FFcompressor_N_chan(1,threshLim,att,rel,knee,0,link,meter_brickwall,2)
with {
threshLim = vslider("v:master_me/t:expert/h:[8]brickwall/[3]brickwall ceiling[unit:dB][symbol:brickwall_ceiling]",init_brickwall_ceiling,-6,-0,0.1);
att = 0;
rel = vslider("v:master_me/t:expert/h:[8]brickwall/[4]brickwall release[unit:ms][symbol:brickwall_release]",init_brickwall_release,5,100,1) *0.001;
knee = 0;
link = 1;
meter_brickwall =
_<: _,( ba.linear2db:vbargraph("v:master_me/t:expert/h:[8]brickwall/lim[unit:dB][symbol:brickwall_limit]",-20,0)) : attach;
FFcompressor_N_chan(strength,thresh,att,rel,knee,prePost,link,meter,N) =
si.bus(N) <: (peak_compression_gain_N_chan_db(strength,thresh,att,rel,knee,prePost,link,N),si.bus(N)) : ro.interleave(N,2) : par(i,N,(meter: ba.db2linear)*_);
};
lk2_var(Tg)= par(i,2,kfilter : zi) :> 4.342944819 * log(max(1e-12)) : -(0.691) with {
maxSR = 192000;
sump(n) = ba.slidingSump(n, Tg*maxSR)/max(n,ma.EPSILON);
envelope(period, x) = x * x : sump(rint(period * ma.SR));
kfilter = ebu.prefilter;
};
lk2 = lk2_var(3);
lk2_short = lk2_var(0.4);
lufs_meter_in(l,r) = l,r <: l, attach(r, (lk2 : vbargraph("v:master_me/h:easy/[2][unit:dB][symbol:lufs_in]in lufs-s",-70,0))) : _,_;
lufs_meter_out(l,r) = l,r <: l, attach(r, (lk2 : vbargraph("v:master_me/h:easy/[7][unit:dB][symbol:lufs_out]out lufs-s",-70,0))) : _,_;
peak_compression_gain_mono_db(strength,thresh,att,rel,knee,prePost) =
abs : ba.bypass1(prePost,si.onePoleSwitching(att,rel)) : ba.linear2db : gain_computer(strength,thresh,knee) : ba.bypass1((prePost !=1),si.onePoleSwitching(rel,att))
with {
gain_computer(strength,thresh,knee,level) =
select3((level>(thresh-(knee/2)))+(level>(thresh+(knee/2))),
0,
((level-thresh+(knee/2)) : pow(2)/(2*max(ma.EPSILON,knee))),
(level-thresh))
: max(0)*-strength;
};
peak_compression_gain_N_chan_db(strength,thresh,att,rel,knee,prePost,link,1) =
peak_compression_gain_mono_db(strength,thresh,att,rel,knee,prePost);
peak_compression_gain_N_chan_db(strength,thresh,att,rel,knee,prePost,link,N) =
par(i, N, peak_compression_gain_mono_db(strength,thresh,att,rel,knee,prePost))
<: (si.bus(N),(ba.parallelMin(N) <: si.bus(N))) : ro.interleave(N,2) : par(i,N,(it.interpolate_linear(link)));
|
9b37f13c48a8639aa1f9ad5faed99479796f9512d0df87dc9090db993a7ec126 | s-e-a-m/faust-libraries | dcblocker.dsp | import("stdfaust.lib");
process = no.noise : fi.dcblocker;
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/app/dcblocker.dsp | faust | import("stdfaust.lib");
process = no.noise : fi.dcblocker;
|
|
d87ff7fd74b6d845f71569772ca4b00692ac4d77a399b8bb8c053982ad8fbcf4 | s-e-a-m/faust-libraries | csound-tone.dsp | import("stdfaust.lib");
tone(cf) = _*c1 : (+~_ *(c2))
with{
b = 2 - (cos(2*ma.PI*(cf/ma.SR)));
c1 = 1-c2;
c2 = b - sqrt((b*b)-1.0);
};
process = no.noise : tone(1000);
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/app/csound-tone.dsp | faust | import("stdfaust.lib");
tone(cf) = _*c1 : (+~_ *(c2))
with{
b = 2 - (cos(2*ma.PI*(cf/ma.SR)));
c1 = 1-c2;
c2 = b - sqrt((b*b)-1.0);
};
process = no.noise : tone(1000);
|
|
c4bd3ad477cd0f306a96c94b2285420f9fbd6b31700ad7165d0c1c639b88498c | s-e-a-m/faust-libraries | balance.dsp | import("stdfaust.lib");
p = hslider("balance", 0.5,0,1,0.01);
psweep = ba.sweep(1001,1)/1000;
linbal(p) = _*(1-p),_*(p);
quadbal(p) = _*sqrt(1-p),_*sqrt(p);
normbal(p) = _*(min(1,2*(1-p))),_*(min(1,2*(p)));
norqbal(p) = _*(min(1,2*sqrt(1-p))),_*(min(1,2*sqrt(p)));
//process = 2*(1-p) : min(1);
process = 1<:linbal(psweep),quadbal(psweep),normbal(psweep) : +,+,+;
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/app/balance.dsp | faust | process = 2*(1-p) : min(1); | import("stdfaust.lib");
p = hslider("balance", 0.5,0,1,0.01);
psweep = ba.sweep(1001,1)/1000;
linbal(p) = _*(1-p),_*(p);
quadbal(p) = _*sqrt(1-p),_*sqrt(p);
normbal(p) = _*(min(1,2*(1-p))),_*(min(1,2*(p)));
norqbal(p) = _*(min(1,2*sqrt(1-p))),_*(min(1,2*sqrt(p)));
process = 1<:linbal(psweep),quadbal(psweep),normbal(psweep) : +,+,+;
|
b8a7d907907741ca6cdbeabc18bda39bb74954c68c61ec211b2399277176d5a1 | s-e-a-m/faust-libraries | ChopperRM.dsp | import("stdfaust.lib");
//process = os.osc(100)*(0.1), os.osc(1000) : ba.peakholder(150),_;
// t = threshold (peakholder)
overdrive(x,t) = x <: ma.tanh((_*t))+(1-t)*_;
// c = carrier
// m = modulator
// t = envelope follower time sec
choppeRM(t,c,m) = c * overdrive(m,ba.peakholder(ba.sec2samp(t)));
process = os.osc(500), os.osc(0.01) : choppeRM(0.45);
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/631badbcb942c9ecec9a8628f7b66f0cb181b4e2/examples/ChopperRM.dsp | faust | process = os.osc(100)*(0.1), os.osc(1000) : ba.peakholder(150),_;
t = threshold (peakholder)
c = carrier
m = modulator
t = envelope follower time sec | import("stdfaust.lib");
overdrive(x,t) = x <: ma.tanh((_*t))+(1-t)*_;
choppeRM(t,c,m) = c * overdrive(m,ba.peakholder(ba.sec2samp(t)));
process = os.osc(500), os.osc(0.01) : choppeRM(0.45);
|
6d075d4bc0ff133970fffdb35337feefb04ef6730f7b6a2dddd82224a846e832 | s-e-a-m/faust-libraries | iid.dsp | import("stdfaust.lib");
iid(f,rad) = 1.0+pow((f/1000),0.8)*sin(rad);
deg2rad = *(ma.PI/180);
f = hslider("freq", 1000,1,22000,1);
rad = hslider("deg", 0,-45,45,1) : deg2rad;
iidlin = iid(f,rad) : ba.log2LinGain;
process = no.noise:fi.lowpass(4,f):fi.highpass(4,f)<:_*(ba.db2linear(-iid(f,rad))),_*(ba.db2linear(iid(f,rad))) : *(0.25),*(0.25);
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/app/iid.dsp | faust | import("stdfaust.lib");
iid(f,rad) = 1.0+pow((f/1000),0.8)*sin(rad);
deg2rad = *(ma.PI/180);
f = hslider("freq", 1000,1,22000,1);
rad = hslider("deg", 0,-45,45,1) : deg2rad;
iidlin = iid(f,rad) : ba.log2LinGain;
process = no.noise:fi.lowpass(4,f):fi.highpass(4,f)<:_*(ba.db2linear(-iid(f,rad))),_*(ba.db2linear(iid(f,rad))) : *(0.25),*(0.25);
|
|
b49afef86174ebde707f538219ca285408964cb6d825c1e1692ad0e74e3e7505 | s-e-a-m/faust-libraries | analogosc.dsp | import("stdfaust.lib");
//import("../../seam.lib");
f = 1000;
a = 21000;
analsaw(f,a) = saw(f,a)
with{
p(f) = os.lf_sawpos(f);
t(f) = abs(p(f) *(2) - (1)) -(0.5);
q(x) = x*x;
d(x) = x-x';
saw(f,a) = q(t(f)) <: q-_ : d : /(f/2) : *(a);
};
analtri(f,a) = tri(f,a)
with{
p(f) = os.lf_sawpos(f);
t(f) = abs(p(f) *(2) - (1)) -(0.5);
q(x) = x*x;
d(x) = x-x';
tri(f,a) = (t(f)) <: _-(abs*_) : d : /(f) : *(a);
};
analsquare(f,a) = square(f,a)
with{
p(f) = os.lf_sawpos(f);
t(f) = abs(p(f) *(2) - (1)) -(0.5);
q(x) = x*x;
d(x) = x-x';
square(f,a) = (t(f)) <: _-(abs*_) : /(f) : *(a) : d : /(f) : *(5000) : d : /(f) : *(4000) ;
};
process = analsaw(f,a), analtri(f,a), analsquare(f,a);
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/app/analogosc.dsp | faust | import("../../seam.lib"); | import("stdfaust.lib");
f = 1000;
a = 21000;
analsaw(f,a) = saw(f,a)
with{
p(f) = os.lf_sawpos(f);
t(f) = abs(p(f) *(2) - (1)) -(0.5);
q(x) = x*x;
d(x) = x-x';
saw(f,a) = q(t(f)) <: q-_ : d : /(f/2) : *(a);
};
analtri(f,a) = tri(f,a)
with{
p(f) = os.lf_sawpos(f);
t(f) = abs(p(f) *(2) - (1)) -(0.5);
q(x) = x*x;
d(x) = x-x';
tri(f,a) = (t(f)) <: _-(abs*_) : d : /(f) : *(a);
};
analsquare(f,a) = square(f,a)
with{
p(f) = os.lf_sawpos(f);
t(f) = abs(p(f) *(2) - (1)) -(0.5);
q(x) = x*x;
d(x) = x-x';
square(f,a) = (t(f)) <: _-(abs*_) : /(f) : *(a) : d : /(f) : *(5000) : d : /(f) : *(4000) ;
};
process = analsaw(f,a), analtri(f,a), analsquare(f,a);
|
73111d911b15383d014293da2af68e936bcf20f9ce01b9906c8a9b2050ff889a | s-e-a-m/faust-libraries | oscillators.dsp | import("stdfaust.lib");
//import("../../seam.lib");
f = 10000;
vcs3osc1(f,s,sl,pl) = shaped, saw
with{
phasor = os.lf_sawpos(f);
sine = sin(phasor*2*ma.PI) : *(0.5*sin(s*(ma.PI)));
wsine = sin(phasor*(-1)*ma.PI) : +(0.5) : *(cos(s*(ma.PI)));
shaped = (sine+wsine)*sl;
saw = (phasor-(0.5))*pl;
};
process = os.osc(f),os.osci(f),os.oscrs(f),os.quadosc(f), vcs3osc1(f,0.5,1,1);
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/app/oscillators.dsp | faust | import("../../seam.lib"); | import("stdfaust.lib");
f = 10000;
vcs3osc1(f,s,sl,pl) = shaped, saw
with{
phasor = os.lf_sawpos(f);
sine = sin(phasor*2*ma.PI) : *(0.5*sin(s*(ma.PI)));
wsine = sin(phasor*(-1)*ma.PI) : +(0.5) : *(cos(s*(ma.PI)));
shaped = (sine+wsine)*sl;
saw = (phasor-(0.5))*pl;
};
process = os.osc(f),os.osci(f),os.oscrs(f),os.quadosc(f), vcs3osc1(f,0.5,1,1);
|
d6f3407322af51cbf608d9a6b462b3fb386a1316f2b6841f758aba311567b900 | s-e-a-m/faust-libraries | crossover.dsp | import("stdfaust.lib");
crossover(freq) = _ <: low,high
with{
freqtorad = freq*2*ma.PI/ma.SR;
fcoeff1 = (sin(freqtorad)-1)/(cos(freqtorad));
fcoeff2 = (fcoeff1+1)/2;
block1(x) = loop~_: *(fcoeff1),_: +
with{
loop = _ <: *(fcoeff1),_: x-_,_;
};
block2(x) = loop~_: !,_
with{
loop = _ <: x-_,_ : *(fcoeff2),_ <:_+_,_,! <: +,_,!;
};
low = block2 : block2;
high = _ <: block1 - low;
};
process = os.osc(ba.sweep((ma.SR/2)-1,1)) : crossover(15000) <: _,_,+;
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/app/crossover.dsp | faust | import("stdfaust.lib");
crossover(freq) = _ <: low,high
with{
freqtorad = freq*2*ma.PI/ma.SR;
fcoeff1 = (sin(freqtorad)-1)/(cos(freqtorad));
fcoeff2 = (fcoeff1+1)/2;
block1(x) = loop~_: *(fcoeff1),_: +
with{
loop = _ <: *(fcoeff1),_: x-_,_;
};
block2(x) = loop~_: !,_
with{
loop = _ <: x-_,_ : *(fcoeff2),_ <:_+_,_,! <: +,_,!;
};
low = block2 : block2;
high = _ <: block1 - low;
};
process = os.osc(ba.sweep((ma.SR/2)-1,1)) : crossover(15000) <: _,_,+;
|
|
f24d8556de408c424e23b29dd812b09d47a0d5df3694259118070ed33d7abfc6 | s-e-a-m/faust-libraries | phaser.dsp | import("stdfaust.lib");
import("../../seam.lib");
p_g(x) = hgroup("PHASER",x);
freq = p_g(vslider("[01]LFO[scale:exp][style:knob]", 0.001, 0, 30, 0.001)) : si.smoo;
fb = p_g(vslider("[02]FBACK[style:knob]", 0.0, 0, 1, 0.01) : si.smoo);
alseq(D,g) = seq(i,4,ap(D,g))
with{
ap(D,g) = (+ <: de.fdelay((ma.SR/2),D),*(-g)) ~ *(g) : mem,_ : +;
};
lfo = sin(phasor*2*ma.PI)
with{
phasor = os.lf_sawpos(freq);
};
process = phaser(_,1,lfo);
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/nono/phaser.dsp | faust | import("stdfaust.lib");
import("../../seam.lib");
p_g(x) = hgroup("PHASER",x);
freq = p_g(vslider("[01]LFO[scale:exp][style:knob]", 0.001, 0, 30, 0.001)) : si.smoo;
fb = p_g(vslider("[02]FBACK[style:knob]", 0.0, 0, 1, 0.01) : si.smoo);
alseq(D,g) = seq(i,4,ap(D,g))
with{
ap(D,g) = (+ <: de.fdelay((ma.SR/2),D),*(-g)) ~ *(g) : mem,_ : +;
};
lfo = sin(phasor*2*ma.PI)
with{
phasor = os.lf_sawpos(freq);
};
process = phaser(_,1,lfo);
|
|
7d010ca1797e9bb8a8eece5b4ae2766e95d748472a8114a10ff35f6c900c77ba | s-e-a-m/faust-libraries | upt.dsp | import("stdfaust.lib");
// Universal Pitch Tracker
// From faust documentation
a = hslider("n cycles", 1, 1, 100, 1);
upt(a,x) = a*ma.SR / max(M,1) - a * ma.SR * (M == 0)
with{
// positive zero crossing
xcr = (x' < 0) & (x >= 0);
// counts of crossing
xcnt = +(xcr)~ %(int(a));
// windows of counts
wnd = xcr & (xcnt == a);
// counting samples inside windows
N = (+(1) : *(1 - wnd)) ~ _;
// sample and hold the number of cycles
M = ba.sAndH(N == 0, N' + 1);
};
ptrack(x,a) = x : fi.dcblockerat(80) : (fi.lowpass(1) : upt(a)) ~ max(100);
process = ptrack;
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/max-objects/upt.dsp | faust | Universal Pitch Tracker
From faust documentation
positive zero crossing
counts of crossing
windows of counts
counting samples inside windows
sample and hold the number of cycles | import("stdfaust.lib");
a = hslider("n cycles", 1, 1, 100, 1);
upt(a,x) = a*ma.SR / max(M,1) - a * ma.SR * (M == 0)
with{
xcr = (x' < 0) & (x >= 0);
xcnt = +(xcr)~ %(int(a));
wnd = xcr & (xcnt == a);
N = (+(1) : *(1 - wnd)) ~ _;
M = ba.sAndH(N == 0, N' + 1);
};
ptrack(x,a) = x : fi.dcblockerat(80) : (fi.lowpass(1) : upt(a)) ~ max(100);
process = ptrack;
|
edd8b5519455619040d2dadb6beffdce9db85655a385eed548f68054905def85 | s-e-a-m/faust-libraries | hrtf.dsp | import("stdfaust.lib");
f = hslider("Band Pass & IID Frequency", 1000,1,22000,1) : si.smoo;
r = hslider("Angle", 0,-90,90,1) : deg2rad : si.smoo;
deg2rad = *(ma.PI/180);
iid(f,r) = (pow((f/1000),0.8)*sin(r)); // manca il +1
itd(r) = 0.09*(r+sin(r))/344 : ba.sec2samp;
//itdpan(r) = _ <: de.fdelayltv(16,256,max(itd(r),0)), de.fdelayltv(16,256,(max(-itd(r),0)));
itdpan(r) = _ <: de.delay(256,int(max(itd(r),0))), de.delay(256,int((max(-itd(r),0))));
iidpan(f,r) = _*(ba.db2linear(-iid(f,r))), _*(ba.db2linear(iid(f,r)));
process = no.noise*0.25 : fi.lowpass(4,f) : fi.highpass(4,f) : itdpan(r) : iidpan(f,r)
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/app/hrtf.dsp | faust | manca il +1
itdpan(r) = _ <: de.fdelayltv(16,256,max(itd(r),0)), de.fdelayltv(16,256,(max(-itd(r),0))); | import("stdfaust.lib");
f = hslider("Band Pass & IID Frequency", 1000,1,22000,1) : si.smoo;
r = hslider("Angle", 0,-90,90,1) : deg2rad : si.smoo;
deg2rad = *(ma.PI/180);
itd(r) = 0.09*(r+sin(r))/344 : ba.sec2samp;
itdpan(r) = _ <: de.delay(256,int(max(itd(r),0))), de.delay(256,int((max(-itd(r),0))));
iidpan(f,r) = _*(ba.db2linear(-iid(f,r))), _*(ba.db2linear(iid(f,r)));
process = no.noise*0.25 : fi.lowpass(4,f) : fi.highpass(4,f) : itdpan(r) : iidpan(f,r)
|
949fe76fe38796f6963e6052fd636b5e762d004e891ed5c02587f124af3187ef | s-e-a-m/faust-libraries | phasersinth.dsp | import("stdfaust.lib");
p_g(x) = hgroup("PHASER",x);
lff = p_g(vslider("[01]LFO[style:knob]", 0.358, 0, 42, 0.001)) : si.smoo;
fbk = p_g(vslider("[02]FBACK[style:knob]", -0.689, -0.999, 0.999, 0.001) : si.smoo);
del = p_g(nentry("[03]DELAY[style:knob]", 1, 0, 100, 1));
phaser(N,x,d,g,fb) = x <: _,(+:alseq(N,d,g))~*(fb):> _
with{
ap(d,g) = (+ <: de.fdelay((ma.SR/2),d),*(-g)) ~ *(g) : mem,_ : +;
alseq(N,d,g) = seq(i,N,ap(d,g));
};
oscf = hslider("[01]SAWTOOTH", 16, 1, 1000, 1) : si.smoo;
lfo = os.osc(lff);
chopper = min(0.707) : max(-0.707);
process = os.sawtooth(oscf)*(0.25) : fi.lowpass(8,10000) : phaser(16,_,del,lfo,fbk) : chopper : fi.lowpass(8,15000) : chopper : fi.lowpass6e(20000) <:_,_;
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/nono/phasersinth.dsp | faust | import("stdfaust.lib");
p_g(x) = hgroup("PHASER",x);
lff = p_g(vslider("[01]LFO[style:knob]", 0.358, 0, 42, 0.001)) : si.smoo;
fbk = p_g(vslider("[02]FBACK[style:knob]", -0.689, -0.999, 0.999, 0.001) : si.smoo);
del = p_g(nentry("[03]DELAY[style:knob]", 1, 0, 100, 1));
phaser(N,x,d,g,fb) = x <: _,(+:alseq(N,d,g))~*(fb):> _
with{
ap(d,g) = (+ <: de.fdelay((ma.SR/2),d),*(-g)) ~ *(g) : mem,_ : +;
alseq(N,d,g) = seq(i,N,ap(d,g));
};
oscf = hslider("[01]SAWTOOTH", 16, 1, 1000, 1) : si.smoo;
lfo = os.osc(lff);
chopper = min(0.707) : max(-0.707);
process = os.sawtooth(oscf)*(0.25) : fi.lowpass(8,10000) : phaser(16,_,del,lfo,fbk) : chopper : fi.lowpass(8,15000) : chopper : fi.lowpass6e(20000) <:_,_;
|
|
26ee82c62397653902aa58626d9316d79fb5ae00c1cc27f1640fe08acba278ab | s-e-a-m/faust-libraries | aweight.dsp | import("stdfaust.lib");
// %Sampling Rate
// Fs = 48000;
//
// %Analog A-weighting filter according to IEC/CD 1672.
f1 = 20.598997;
f2 = 107.65265;
f3 = 737.86223;
f4 = 12194.217;
A1000 = 1.9997;
// pi = 3.14159265358979;
// NUM = [ (2*pi*f4)^2*(10^(A1000/20)) 0 0 0 0 ];
// DEN = conv([1 +4*pi*f4 (2*pi*f4)^2],[1 +4*pi*f1 (2*pi*f1)^2]);
// DEN = conv(conv(DEN,[1 2*pi*f3]),[1 2*pi*f2]);
//
// %Bilinear transformation of analog design to get the digital filter.
// [b,a] = bilinear(NUM,DEN,Fs);
// _ : tf2s(b2,b1,b0,a1,a0,w1) : _
b0 = pow(2*ma.PI*f4,2)*pow(10,(A1000/20));
b1 = 0;
b2 = 0;
w1 = ma.PI*ma.SR/2;
//process = b0;
process = fi.tf2s(b2,b1,b0,a1,a0,w1);
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/app/aweight.dsp | faust | %Sampling Rate
Fs = 48000;
%Analog A-weighting filter according to IEC/CD 1672.
pi = 3.14159265358979;
NUM = [ (2*pi*f4)^2*(10^(A1000/20)) 0 0 0 0 ];
DEN = conv([1 +4*pi*f4 (2*pi*f4)^2],[1 +4*pi*f1 (2*pi*f1)^2]);
DEN = conv(conv(DEN,[1 2*pi*f3]),[1 2*pi*f2]);
%Bilinear transformation of analog design to get the digital filter.
[b,a] = bilinear(NUM,DEN,Fs);
_ : tf2s(b2,b1,b0,a1,a0,w1) : _
process = b0; | import("stdfaust.lib");
f1 = 20.598997;
f2 = 107.65265;
f3 = 737.86223;
f4 = 12194.217;
A1000 = 1.9997;
b0 = pow(2*ma.PI*f4,2)*pow(10,(A1000/20));
b1 = 0;
b2 = 0;
w1 = ma.PI*ma.SR/2;
process = fi.tf2s(b2,b1,b0,a1,a0,w1);
|
077ccab40141609f5a060cff550241d6d1a8b69efb79afb9ef36244e6c70e645 | s-e-a-m/faust-libraries | filtri.dsp | import("stdfaust.lib");
tone(freq) = _*c1 : (+~*(c2))
with{
b = 2 - (cos(2*ma.PI*(freq/ma.SR)));
c1 = 1-c2;
c2 = b - sqrt((b*b)-1.0);
};
g = 0.9;
freq = hslider("freq", 100,1,2000,1);
a(fc) = cos((2*ma.PI*fc)/ma.SR)-1+sqrt((0.5*(1+cos(2*((2*ma.PI*fc)/ma.SR))))-4*cos((2*ma.PI*fc)/ma.SR)+3);
onesample = (_<:mem+_)/2;
cy_onepole(fc) = *(a) : +~*(ac)
with{
a= sin(abs(fc)*2*ma.PI/ma.SR);
ac = 1-a;
clip(a,b) = max(a) : min(b);
};
onepole(fc) = *(a) : +~*(1-a)
with{
a = cos((2*ma.PI*fc)/ma.SR)-1+sqrt((0.5*(1+cos(2*((2*ma.PI*fc)/ma.SR))))-4*cos((2*ma.PI*fc)/ma.SR)+3);
};
process = no.noise <: _, fi.pole(g), fi.zero(g),onesample,tone(freq),cy_onepole(freq),onepole(freq);
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/app/filtri.dsp | faust | import("stdfaust.lib");
tone(freq) = _*c1 : (+~*(c2))
with{
b = 2 - (cos(2*ma.PI*(freq/ma.SR)));
c1 = 1-c2;
c2 = b - sqrt((b*b)-1.0);
};
g = 0.9;
freq = hslider("freq", 100,1,2000,1);
a(fc) = cos((2*ma.PI*fc)/ma.SR)-1+sqrt((0.5*(1+cos(2*((2*ma.PI*fc)/ma.SR))))-4*cos((2*ma.PI*fc)/ma.SR)+3);
onesample = (_<:mem+_)/2;
cy_onepole(fc) = *(a) : +~*(ac)
with{
a= sin(abs(fc)*2*ma.PI/ma.SR);
ac = 1-a;
clip(a,b) = max(a) : min(b);
};
onepole(fc) = *(a) : +~*(1-a)
with{
a = cos((2*ma.PI*fc)/ma.SR)-1+sqrt((0.5*(1+cos(2*((2*ma.PI*fc)/ma.SR))))-4*cos((2*ma.PI*fc)/ma.SR)+3);
};
process = no.noise <: _, fi.pole(g), fi.zero(g),onesample,tone(freq),cy_onepole(freq),onepole(freq);
|
|
d687a63629479d458fb188bc1839c709910e23956e7df660f3596a7b7b0731a3 | s-e-a-m/1987-nono-risonanze-erranti | 1987nlre-main.dsp | import("stdfaust.lib");
import("../faust-libraries/seam.lib");
// ----------------------------------------------------------------- INSTRUMENTS
contr = vgroup("[01] CONTRALTO", chstrip);// <: hgroup("[90] CONTRALTO", (*(fader) : vmeter), sends));
flaut = vgroup("[02] FLAUTI", chstrip);// <: hgroup("[90] FLAUTI", (*(fader) : vmeter), sends));
btuba = vgroup("[03] TUBA", chstrip);// <: hgroup("[90] TUBA", (*(fader) : vmeter), sends));
csard = vgroup("[04] CAMPANE SARDE", chstrip);// <: hgroup("[90] CAMPANE SARDE", (*(fader) : vmeter), sends));
bongo = vgroup("[05] BONGOS", chstrip);// <: hgroup("[90] BONGOS", (*(fader) : vmeter), sends));
crota = vgroup("[06] CROTALI", chstrip);// <: hgroup("[90] CROTALI", (*(fader) : vmeter), sends));
instruments = si.bus(18) <: hgroup("[01] INSTRUMENTS", contr, flaut, btuba, csard, bongo, crota);// :> si.bus(8) ;
// ----------------------------------------------------------------------- SENDS
adel = checkbox("[01] DELAY") : si.smoo;
are4 = checkbox("[02] REVERB 4 SEC") : si.smoo;
ar80 = checkbox("[03] REVERB 10~80 SEC") : si.smoo;
ahar = checkbox("[04] HARMONIZER") : si.smoo;
aha1 = checkbox("[05] HALAPHON 1") : si.smoo;
aha2 = checkbox("[06] HALAPHON 2") : si.smoo;
aha3 = checkbox("[07] HALAPHON 3") : si.smoo;
dire = checkbox("[08] DIRECT") : si.smoo;
sends = vgroup("[99] SENDS" , *(adel), *(are4), *(ar80), *(ahar), *(aha1), *(aha2), *(aha3), *(dire)) ;
// ----------------------------------------------------------------- ELECTRONICS
// ---------------------------------------------------------------------- DELAYS
fbgroup(x) = hgroup("Feedback Delay", x);
fbgain1 = fbgroup(vslider("Fb 1", 0.,0.,1.,0.1) : si.smoo);
fbgain2 = fbgroup(vslider("Fb 3", 0.,0.,1.,0.1) : si.smoo);
fbgain3 = fbgroup(vslider("Fb 5", 0.,0.,1.,0.1) : si.smoo);
fbgain4 = fbgroup(vslider("Fb 7", 0.,0.,1.,0.1) : si.smoo);
D1 = ba.sec2samp(5.0);
D2 = ba.sec2samp(5.5);
D3 = ba.sec2samp(6.2);
D4 = ba.sec2samp(6.6);
D5 = ba.sec2samp(7.3);
D6 = ba.sec2samp(7.7);
D7 = ba.sec2samp(8.2);
D8 = ba.sec2samp(9.1);
dlbk = delbank : _, ro.cross(2), _, _, ro.cross(3) : si.bus(5), ro.cross(2), _; // route the delayed signal to 1 3 2 4 5 7 8 6
// ----------------------------------------------------------------- HALAPHON x3
// ---------------------------------- gli halaphon dovvrebbero stare in nono.lib
h1ramp = os.lf_sawpos(1.0/(hslider("[01] h1 time", 3.0, -23.0, 23.0, 0.01)));
h2ramp = os.lf_sawpos(1.0/(hslider("[01] h2 time", 3.0, -23.0, 23.0, 0.01)));
h3ramp = os.lf_sawpos(1.0/(hslider("[01] h3 time", 3.0, -23.0, 23.0, 0.01)));
h1dist = hslider("[02] h1 distance", 1, 0, 1, 0.01);
h2dist = hslider("[02] h2 distance", 1, 0, 1, 0.01);
h3dist = hslider("[02] h3 distance", 1, 0, 1, 0.01);
//gain = vslider("[1]", 0, -70, +0, 0.1) : ba.db2linear : si.smoo;
h1(v) = vgroup("Ch %v", hmeter);
h2(v) = vgroup("Ch %v", hmeter);
h3(v) = vgroup("Ch %v", hmeter);
h1meters = vgroup("h1 meters", par(i, 4, h1(i)));
h2meters = vgroup("h2 meters", par(i, 4, h2(i)));
h3meters = vgroup("h3 meters", par(i, 4, h3(i)));
hal1 = vgroup("h1", sp.spat(4, h1ramp, h1dist) : h1meters);
hal2 = vgroup("h2", sp.spat(4, h2ramp, h2dist) : h2meters);
hal3 = vgroup("h3", sp.spat(4, h3ramp, h3dist) : h3meters);
hals = hgroup("HALAPHONS", hal1, hal2, hal3 :> si.bus(4));
rev4 = _ <: rev_quattro(16,5,3);
rev80 = _ <: rev_ottanta(16,5,3);
ch1a8 = delbank, rev80 :> si.bus(8);
main = vgroup("[03] MAIN", sends, sends, sends, sends, sends, sends :> dlbk, rev4, rev80, harm, hals, direct);
outs = si.bus(10);
harm = harmonizer;
direct = _;
process = tgroup("PANELS", instruments <: main);// : meterbridge : main);
vmeter(x) = attach(x, envelop(x) : vbargraph("[02][unit:dB] Meter", -70, +5));
hmeter(x) = attach(x, envelop(x) : hbargraph("[05][unit:dB] Meter", -70, +5));
envelop = abs : max ~ -(1.0/ma.SR) : max(ba.db2linear(-70)) : ba.linear2db;
fader = vslider("[01] Volume", -96, -96, +12, 0.1) : ba.db2linear : si.smoo ;
| https://raw.githubusercontent.com/s-e-a-m/1987-nono-risonanze-erranti/ed20c3e3e67c65d778339a0883ab9aa7e78a418f/src/1987nlre-main.dsp | faust | ----------------------------------------------------------------- INSTRUMENTS
<: hgroup("[90] CONTRALTO", (*(fader) : vmeter), sends));
<: hgroup("[90] FLAUTI", (*(fader) : vmeter), sends));
<: hgroup("[90] TUBA", (*(fader) : vmeter), sends));
<: hgroup("[90] CAMPANE SARDE", (*(fader) : vmeter), sends));
<: hgroup("[90] BONGOS", (*(fader) : vmeter), sends));
<: hgroup("[90] CROTALI", (*(fader) : vmeter), sends));
:> si.bus(8) ;
----------------------------------------------------------------------- SENDS
----------------------------------------------------------------- ELECTRONICS
---------------------------------------------------------------------- DELAYS
route the delayed signal to 1 3 2 4 5 7 8 6
----------------------------------------------------------------- HALAPHON x3
---------------------------------- gli halaphon dovvrebbero stare in nono.lib
gain = vslider("[1]", 0, -70, +0, 0.1) : ba.db2linear : si.smoo;
: meterbridge : main); | import("stdfaust.lib");
import("../faust-libraries/seam.lib");
adel = checkbox("[01] DELAY") : si.smoo;
are4 = checkbox("[02] REVERB 4 SEC") : si.smoo;
ar80 = checkbox("[03] REVERB 10~80 SEC") : si.smoo;
ahar = checkbox("[04] HARMONIZER") : si.smoo;
aha1 = checkbox("[05] HALAPHON 1") : si.smoo;
aha2 = checkbox("[06] HALAPHON 2") : si.smoo;
aha3 = checkbox("[07] HALAPHON 3") : si.smoo;
dire = checkbox("[08] DIRECT") : si.smoo;
sends = vgroup("[99] SENDS" , *(adel), *(are4), *(ar80), *(ahar), *(aha1), *(aha2), *(aha3), *(dire)) ;
fbgroup(x) = hgroup("Feedback Delay", x);
fbgain1 = fbgroup(vslider("Fb 1", 0.,0.,1.,0.1) : si.smoo);
fbgain2 = fbgroup(vslider("Fb 3", 0.,0.,1.,0.1) : si.smoo);
fbgain3 = fbgroup(vslider("Fb 5", 0.,0.,1.,0.1) : si.smoo);
fbgain4 = fbgroup(vslider("Fb 7", 0.,0.,1.,0.1) : si.smoo);
D1 = ba.sec2samp(5.0);
D2 = ba.sec2samp(5.5);
D3 = ba.sec2samp(6.2);
D4 = ba.sec2samp(6.6);
D5 = ba.sec2samp(7.3);
D6 = ba.sec2samp(7.7);
D7 = ba.sec2samp(8.2);
D8 = ba.sec2samp(9.1);
h1ramp = os.lf_sawpos(1.0/(hslider("[01] h1 time", 3.0, -23.0, 23.0, 0.01)));
h2ramp = os.lf_sawpos(1.0/(hslider("[01] h2 time", 3.0, -23.0, 23.0, 0.01)));
h3ramp = os.lf_sawpos(1.0/(hslider("[01] h3 time", 3.0, -23.0, 23.0, 0.01)));
h1dist = hslider("[02] h1 distance", 1, 0, 1, 0.01);
h2dist = hslider("[02] h2 distance", 1, 0, 1, 0.01);
h3dist = hslider("[02] h3 distance", 1, 0, 1, 0.01);
h1(v) = vgroup("Ch %v", hmeter);
h2(v) = vgroup("Ch %v", hmeter);
h3(v) = vgroup("Ch %v", hmeter);
h1meters = vgroup("h1 meters", par(i, 4, h1(i)));
h2meters = vgroup("h2 meters", par(i, 4, h2(i)));
h3meters = vgroup("h3 meters", par(i, 4, h3(i)));
hal1 = vgroup("h1", sp.spat(4, h1ramp, h1dist) : h1meters);
hal2 = vgroup("h2", sp.spat(4, h2ramp, h2dist) : h2meters);
hal3 = vgroup("h3", sp.spat(4, h3ramp, h3dist) : h3meters);
hals = hgroup("HALAPHONS", hal1, hal2, hal3 :> si.bus(4));
rev4 = _ <: rev_quattro(16,5,3);
rev80 = _ <: rev_ottanta(16,5,3);
ch1a8 = delbank, rev80 :> si.bus(8);
main = vgroup("[03] MAIN", sends, sends, sends, sends, sends, sends :> dlbk, rev4, rev80, harm, hals, direct);
outs = si.bus(10);
harm = harmonizer;
direct = _;
vmeter(x) = attach(x, envelop(x) : vbargraph("[02][unit:dB] Meter", -70, +5));
hmeter(x) = attach(x, envelop(x) : hbargraph("[05][unit:dB] Meter", -70, +5));
envelop = abs : max ~ -(1.0/ma.SR) : max(ba.db2linear(-70)) : ba.linear2db;
fader = vslider("[01] Volume", -96, -96, +12, 0.1) : ba.db2linear : si.smoo ;
|
da78ed2f57846eee5dddd1e4dae14a35ebb3a3c68a201dea1f3048abf4ba5ed9 | s-e-a-m/faust-libraries | apcoeffcalc.dsp | import("stdfaust.lib");
// REFERENCES:
// https://www.dsprelated.com/showcode/182.php
// The following Matlab function generates allpass coefficients for an IIR filter.
// In this design, the magnitude response is unchanged but the phase response is very different.
// This code only supports 1st order or 2nd order variants.
// 1st order allpass filters shift the phase by 180 degrees, while the 2nd order shifts the phase by 360 degrees.
// The "center frequency" of Fc defines where the phase response should be halfway to the max shift.
// For example,
// If order=2 and Fc = 2000Hz, there would be a 180deg shift at 2kHz
// If order=1 and Fc = 5000Hz, there would be a 90deg shift at 5kHz
// Returns allpass filter coefficients.
// Currently only 1st and 2nd orders are supported.
// N is the order of the allpass
// FC is the frequency a the 90deg phase shift point
// FS is the sampling rate
// Q is quality factor describing the slope of phase shift
// Bilinear transform
// g(fc) = tan(ma.PI*(fc/ma.SR));
process = (ap1coeff(freq,qq) : ap1inspec), (ap2coeff(freq,qq) : ap2inspec) :> _ *(0.00001);
ap2coeff(fc,q) = g(fc), b0(fc,q), b1(fc,q), b2, a1(fc,q), a2(fc,q)
with{
g(fc) = tan(ma.PI*(fc/ma.SR));
d(q) = 1/q;
k(fc,q) = 1/(1 + (d(q)*g(fc)) + (g(fc)*g(fc)));
b0(fc,q) = (1 - (g(fc)*d(q)) + (g(fc)*g(fc))) * k(fc,q);
b1(fc,q) = 2 * ((g(fc)*g(fc)) - 1) * k(fc,q);
b2 = 1;
a1 = b1;
a2 = b0;
};
ap1coeff(fc,q) = g(fc), b0(fc,q), b1, b2, a1(fc,q), a2
with{
g(fc) = tan(ma.PI*(fc/ma.SR));
b0(fc,q) = (g(fc)-1)/(g(fc)+1);
b1 = 1;
b2 = 0;
a1 = b0;
a2 = 0;
};
freq = hslider("[01]Center Frequency", 2000,1,24000,1);
qq = hslider("[02]Q slope", 1,0.01,2,0.001);
graph_g(x) = hgroup("[03]COEFFICIENTS",x);
ap1inspec = graph_g(vgroup("[01]1st ORDER ALLPASS",
hbargraph("[00]g[style:numerical]", 0,10),
hbargraph("[01]b0[style:numerical]", -2,2),
hbargraph("[02]b1[style:numerical]", -2,2),
hbargraph("[03]b2[style:numerical]", -2,2),
hbargraph("[04]a1[style:numerical]", -2,2),
hbargraph("[05]a2[style:numerical]", -2,2)));
ap2inspec = graph_g(vgroup("[02]2nd ORDER ALLPASS",
hbargraph("[00]g[style:numerical]", 0,10),
hbargraph("[01]b0[style:numerical]", -2,2),
hbargraph("[02]b1[style:numerical]", -2,2),
hbargraph("[03]b2[style:numerical]", -2,2),
hbargraph("[04]a1[style:numerical]", -2,2),
hbargraph("[05]a2[style:numerical]", -2,2)));
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/app/apcoeffcalc.dsp | faust | REFERENCES:
https://www.dsprelated.com/showcode/182.php
The following Matlab function generates allpass coefficients for an IIR filter.
In this design, the magnitude response is unchanged but the phase response is very different.
This code only supports 1st order or 2nd order variants.
1st order allpass filters shift the phase by 180 degrees, while the 2nd order shifts the phase by 360 degrees.
The "center frequency" of Fc defines where the phase response should be halfway to the max shift.
For example,
If order=2 and Fc = 2000Hz, there would be a 180deg shift at 2kHz
If order=1 and Fc = 5000Hz, there would be a 90deg shift at 5kHz
Returns allpass filter coefficients.
Currently only 1st and 2nd orders are supported.
N is the order of the allpass
FC is the frequency a the 90deg phase shift point
FS is the sampling rate
Q is quality factor describing the slope of phase shift
Bilinear transform
g(fc) = tan(ma.PI*(fc/ma.SR)); | import("stdfaust.lib");
process = (ap1coeff(freq,qq) : ap1inspec), (ap2coeff(freq,qq) : ap2inspec) :> _ *(0.00001);
ap2coeff(fc,q) = g(fc), b0(fc,q), b1(fc,q), b2, a1(fc,q), a2(fc,q)
with{
g(fc) = tan(ma.PI*(fc/ma.SR));
d(q) = 1/q;
k(fc,q) = 1/(1 + (d(q)*g(fc)) + (g(fc)*g(fc)));
b0(fc,q) = (1 - (g(fc)*d(q)) + (g(fc)*g(fc))) * k(fc,q);
b1(fc,q) = 2 * ((g(fc)*g(fc)) - 1) * k(fc,q);
b2 = 1;
a1 = b1;
a2 = b0;
};
ap1coeff(fc,q) = g(fc), b0(fc,q), b1, b2, a1(fc,q), a2
with{
g(fc) = tan(ma.PI*(fc/ma.SR));
b0(fc,q) = (g(fc)-1)/(g(fc)+1);
b1 = 1;
b2 = 0;
a1 = b0;
a2 = 0;
};
freq = hslider("[01]Center Frequency", 2000,1,24000,1);
qq = hslider("[02]Q slope", 1,0.01,2,0.001);
graph_g(x) = hgroup("[03]COEFFICIENTS",x);
ap1inspec = graph_g(vgroup("[01]1st ORDER ALLPASS",
hbargraph("[00]g[style:numerical]", 0,10),
hbargraph("[01]b0[style:numerical]", -2,2),
hbargraph("[02]b1[style:numerical]", -2,2),
hbargraph("[03]b2[style:numerical]", -2,2),
hbargraph("[04]a1[style:numerical]", -2,2),
hbargraph("[05]a2[style:numerical]", -2,2)));
ap2inspec = graph_g(vgroup("[02]2nd ORDER ALLPASS",
hbargraph("[00]g[style:numerical]", 0,10),
hbargraph("[01]b0[style:numerical]", -2,2),
hbargraph("[02]b1[style:numerical]", -2,2),
hbargraph("[03]b2[style:numerical]", -2,2),
hbargraph("[04]a1[style:numerical]", -2,2),
hbargraph("[05]a2[style:numerical]", -2,2)));
|
2e650a4560d7eae1807f59c8973f54166944716a9e17d997a0fa218e75e8876e | s-e-a-m/faust-libraries | BrickWall_FIR.dsp | import("stdfaust.lib");
process = no.noise*(1/sqrt(2)) <: fi.conv(fcoeff128), fi.conv(fcoeff512);
// 128 tap 0~20000 -0.01dB // 30000~96000 -151.58dB
fcoeff128 = (-9.468533418842961e-8,
-9.685596554535031e-7,
-0.000004208841192266951,
-0.000012392180684628816,
-0.000027937654411978685,
-0.00005064289903990197,
-0.0000747362056755014,
-0.00008774188407583004,
-0.0000738554480125488,
-0.000022806293000197887,
0.00005875131017904519,
0.00014051842764912514,
0.00017479735513695012,
0.00011903081917168253,
-0.00003262957210676914,
-0.00022688602647315349,
-0.0003589169560648292,
-0.0003193102359130598,
-0.00006532073186479516,
0.0003228842810824802,
0.0006466583070128328,
0.0006755871696714762,
0.00028874520213369105,
-0.00040603602792652034,
-0.0010643895682888947,
-0.0012534079518758063,
-0.0007077746110673444,
0.0004434510191751198,
0.0016411302227311,
0.0021340179707160963,
0.001413213513295285,
-0.000388863741045951,
-0.002409321699967528,
-0.0034192552145367555,
-0.002523022590015627,
0.0001793309559456949,
0.00340916346496241,
0.0052441555142615824,
0.00419760533447464,
0.0002720320985795238,
-0.0046996163811689525,
-0.007807817026985446,
-0.0066774719816107605,
-0.0010946978488655876,
0.006384611803980304,
0.01145022303310558,
0.010379723438582922,
0.002510578839477507,
-0.008681999211993799,
-0.016864477349388556,
-0.01617665145030371,
-0.0049870021285975145,
0.012136324200740308,
0.02580178394925959,
0.026389781943375788,
0.009831548223328235,
-0.01850863585000349,
-0.04438260114330496,
-0.05012939804956271,
-0.02296828203994639,
0.03776037787238254,
0.11819046409140928,
0.19407130089951088,
0.2400451270880761,
0.2400451270880761,
0.19407130089951088,
0.11819046409140928,
0.03776037787238254,
-0.02296828203994639,
-0.05012939804956271,
-0.04438260114330496,
-0.01850863585000349,
0.009831548223328235,
0.026389781943375788,
0.02580178394925959,
0.012136324200740308,
-0.0049870021285975145,
-0.01617665145030371,
-0.016864477349388556,
-0.008681999211993799,
0.002510578839477507,
0.010379723438582922,
0.01145022303310558,
0.006384611803980304,
-0.0010946978488655876,
-0.0066774719816107605,
-0.007807817026985446,
-0.0046996163811689525,
0.0002720320985795238,
0.00419760533447464,
0.0052441555142615824,
0.00340916346496241,
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-9.468533418842961e-8);
// 512 tap 0~18000 -0.04dB // 20000~96000 -135.52dB
fcoeff512 = (6.5611120064741e-7,
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| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/fir/BrickWall_FIR.dsp | faust | 128 tap 0~20000 -0.01dB // 30000~96000 -151.58dB
512 tap 0~18000 -0.04dB // 20000~96000 -135.52dB | import("stdfaust.lib");
process = no.noise*(1/sqrt(2)) <: fi.conv(fcoeff128), fi.conv(fcoeff512);
fcoeff128 = (-9.468533418842961e-8,
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|
e62cd08c0c963756d533b0059305a9f53c9f537da305bfb31871c43ee6d75793 | s-e-a-m/faust-libraries | irconv_live.dsp | import("stdfaust.lib");
process = fi.conv(fcoeff);
// 128 tap 0~20000 -0.01dB // 30000~96000 -151.58dB
fcoeff = (0.200000003,
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| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/fir/irconv_live.dsp | faust | 128 tap 0~20000 -0.01dB // 30000~96000 -151.58dB | import("stdfaust.lib");
process = fi.conv(fcoeff);
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|
ef675745cf94c83d3994483a5d585ab0bdf9c32fb5a92e1a100fc713b9e0ce4c | s-e-a-m/faust-libraries | irconv.dsp | import("stdfaust.lib");
process = ba.pulsen(1, ma.SR) : fi.conv(fcoeff);
// 128 tap 0~20000 -0.01dB // 30000~96000 -151.58dB
fcoeff = (0.200000003,
0.288000017,
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| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/fir/irconv.dsp | faust | 128 tap 0~20000 -0.01dB // 30000~96000 -151.58dB | import("stdfaust.lib");
process = ba.pulsen(1, ma.SR) : fi.conv(fcoeff);
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6.06567567e-38,
8.38406961e-38,
6.24955573e-38,
6.51334456e-38,
6.9009241e-38,
4.01827295e-38,
5.40878002e-38,
4.81495681e-38,
3.78293945e-38,
1.92069619e-38,
3.09810891e-38,
2.28133156e-38,
0,
1.30052885e-38,
0);
|
e1388e60c7da8fa9d88f9534faa2b1987964cab84eea7cb7e5fa4aef471be20d | s-e-a-m/faust-libraries | schroeder-aprev.dsp | import("stdfaust.lib");
// It truly counts from 0
// process = sba.gsweep(max+1,trigger)
gsweep(m,t) = m : %(int(*(t):max(1)))~+(1');
//----------------------------------------------- LINEAR SWEEP UP TO NYQUIST ---
lsweep(sec,t) = (ma.SR/2) : %(int(*(t):max(1)))~+((1/sec)');
//------------------------------------------------------ ZERO PADDING SWEEP ---
zsweep(m) = (gsweep((m*2+1),1)<(m)) : gsweep(m);
// delay feedback in loop
dfl(t,g) = (+ : de.delay(ma.SR/2,int(t)))~*(min(0.999,g));
//process = dfl(1,0.5);
// correzione di un campione
dflc(t,g) = (+ : de.delay(ma.SR/2,int(t-1)))~*(min(0.999,g)):mem;
//process = os.osc(lsweep(1,1)) : dflc(12,0.708);
// all-pass filter
apf(t,g) = _ <: *(ma.neg(min(0.999,g))) + (dflc(t,g)*(1-(g*g)));
//process = os.impulse : apf(1,0.5);
//process = os.impulse : apf(1,0.5) : apf(2,0.5);
//process = os.impulse <: (apf(1,0.5) : apf(2,0.6)), (apf(2,0.6) : apf(1,0.5)); // ordine non sortisce effetto
//process = os.impulse <: seq(i, 16, apf(1,0.5)), seq(i, 128, apf(1,0.5)); //Una sequenza di allpass uguali ne cambia solo il ritardo complessivo
//process = os.impulse : apf()
// dimostrazione che i blocchi er e diff possono essere invertiti senza differenze
// process = os.impulse <: _, (dflc(4801,0.6), dflc(5009,0.4),dflc(8969,0.7),dflc(9173,0.3) :> apf(743,0.7) : apf(353,0.3)),
// (apf(743,0.7) : apf(353,0.3) <: (dflc(4801,0.6), dflc(5009,0.4),dflc(8969,0.7),dflc(9173,0.3) :> _ ));
//process = os.impulse <: _, (dflc(4801,0.6), dflc(5009,0.4),dflc(8969,0.7),dflc(9173,0.3) :> apf(743,0.7) : apf(353,0.3)) : +;
//process = apf(1001,0.7) : apf(1003,0.3) <: (dflc(1009,0.6), dflc(1013,0.4),dflc(1019,0.7),dflc(1021,0.3)) <: par(i,4,_<:_,ma.neg(_)) <: matrix;
matrix = apf(2,0.708), apf(3,0.708), apf(5,0.708), apf(7,0.708),
apf(11,0.708), apf(13,0.708), apf(17,0.708), apf(19,0.708),
apf(23,0.708), apf(29,0.708), apf(31,0.708), apf(37,0.708),
apf(41,0.708), apf(43,0.708), apf(47,0.708), apf(53,0.708) :> _,_; // : ro.hadamard(4);
eavga(a) = *(a) : +~*(1-a);
//process = fi.allpass_comb(512,1,-0.5), apf(512,0.5);
V = 2740;
k = 0.161;
A = 75.5;
RT60 = k*V/A;
//process = RT60;
rt(t,g) = (-3*t)/(log10(g)) : ba.samp2sec;
t = int(ba.sec2samp(0.01));
g = 0.85;
//process = os.impulse : dfl(t,g), rt(t,g);
primes50 = (2,3,5,7,11,13,17,19,23,29,31,37,41,43,47,53,59,61,67,71,73,79,83,89,97,101,103,107,109,113,127,131,137,139,149,151,157,163,167,173,179,181,191,193,197,199,211,223,227,229);
primes20000 = (2,3,5,7,11,13,17,19,23,29,31,37,41,43,47,53,59,61,67,71,73,79,83,89,97,101,103,107,109,113,127,131,137,139,149,151,157,163,167,173179,181,191,193,197,199,211,223,227,229,233,239,241,251,257,263,269,271,277,281283,293,307,311,313,317,331,337,347,349,353,359,367,373,379,383,389,397,401,409,419,421,431,433,439,443,449,457,461,463,467,479,487,491,499,503,509,521,523,541,547,557,563,569,571,577,587,593,599,601,607,613,617,619,631,641,643,647,653,659,661,673,677,683,691,701,709,719,727,733,739,743,751,757,761,769,773,787,797,809,811,821,823,827,829,839,853,857,859,863,877,881,883,887,907,911,919,929,937,941,947,953,967,971,977,983,991,997,1009,1013,1019,1021,1031,1033,1039,1049,1051,1061,1063,1069,1087,1091,1093,1097,1103,1109,1117,1123,1129,1151,1153,1163,1171,1181,1187,1193,1201,1213,1217,1223,1229,1231,1237,1249,1259,1277,1279,1283,1289,1291,1297,1301,1303,1307,1319,1321,1327,1361,1367,1373,1381,1399,1409,1423,1427,1429,1433,1439,1447,1451,1453,1459,1471,1481,1483,1487,1489,1493,1499,1511,1523,1531,1543,1549,1553,1559,1567,1571,1579,1583,1597,1601,1607,1609,1613,1619,1621,1627,1637,1657,1663,1667,1669,1693,1697,1699,1709,1721,1723,1733,1741,1747,1753,1759,1777,1783,1787,1789,1801,1811,1823,1831,1847,1861,1867,1871,1873,1877,1879,1889,1901,1907,1913,1931,1933,1949,1951,1973,1979,1987,1993,1997,1999,2003,2011,2017,2027,2029,2039,2053,2063,2069,2081,2083,2087,2089,2099,2111,2113,2129,2131,2137,2141,2143,2153,2161,2179,2203,2207,2213,2221,2237,2239,2243,2251,2267,2269,2273,2281,2287,2293,2297,2309,2311,2333,2339,2341,2347,2351,2357,2371,2377,2381,2383,2389,2393,2399,2411,2417,2423,2437,2441,2447,2459,2467,2473,2477,2503,2521,2531,2539,2543,2549,2551,2557,2579,2591,2593,2609,2617,2621,2633,2647,2657,2659,2663,2671,2677,2683,2687,2689,2693,2699,2707,2711,2713,2719,2729,2731,2741,2749,2753,2767,2777,2789,2791,2797,2801,2803,2819,2833,2837,2843,2851,2857,2861,2879,2887,2897,2903,2909,2917,2927,2939,2953,2957,2963,2969,2971,2999,3001,3011,3019,3023,3037,3041,3049,3061,3067,3079,3083,3089,3109,3119,3121,3137,3163,3167,3169,3181,3187,3191,3203,3209,3217,3221,3229,3251,3253,3257,3259,3271,3299,3301,3307,3313,3319,3323,3329,3331,3343,3347,3359,3361,3371,3373,3389,3391,3407,3413,3433,3449,3457,3461,3463,3467,3469,3491,3499,3511,3517,3527,3529,3533,3539,3541,3547,3557,3559,3571,3581,3583,3593,3607,3613,3617,3623,3631,3637,3643,3659,3671,3673,3677,3691,3697,3701,3709,3719,3727,3733,3739,3761,3767,3769,3779,3793,3797,3803,3821,3823,3833,3847,3851,3853,3863,3877,3881,3889,3907,3911,3917,3919,3923,3929,3931,3943,3947,3967,3989,4001,4003,4007,4013,4019,4021,4027,4049,4051,4057,4073,4079,4091,4093,4099,4111,4127,4129,4133,4139,4153,4157,4159,4177,4201,4211,4217,4219,4229,4231,4241,4243,4253,4259,4261,4271,4273,4283,4289,4297,4327,4337,4339,4349,4357,4363,4373,4391,4397,4409,4421,4423,4441,4447,4451,4457,4463,4481,4483,4493,4507,4513,4517,4519,4523,4547,4549,4561,4567,4583,4591,4597,4603,4621,4637,4639,4643,4649,4651,4657,4663,4673,4679,4691,4703,4721,4723,4729,4733,4751,4759,4783,4787,4789,4793,4799,4801,4813,4817,4831,4861,4871,4877,4889,4903,4909,4919,4931,4933,4937,4943,4951,4957,4967,4969,4973,4987,4993,4999,5003,5009,5011,5021,5023,5039,5051,5059,5077,5081,5087,5099,5101,5107,5113,5119,5147,5153,5167,5171,5179,5189,5197,5209,5227,5231,5233,5237,5261,5273,5279,5281,5297,5303,5309,5323,5333,5347,5351,5381,5387,5393,5399,5407,5413,5417,5419,5431,5437,5441,5443,5449,5471,5477,5479,5483,5501,5503,5507,5519,5521,5527,5531,5557,5563,5569,5573,5581,5591,5623,5639,5641,5647,5651,5653,5657,5659,5669,5683,5689,5693,5701,5711,5717,5737,5741,5743,5749,5779,5783,5791,5801,5807,5813,5821,5827,5839,5843,5849,5851,5857,5861,5867,5869,5879,5881,5897,5903,5923,5927,5939,5953,5981,5987,6007,6011,6029,6037,6043,6047,6053,6067,6073,6079,6089,6091,6101,6113,6121,6131,6133,6143,6151,6163,6173,6197,6199,6203,6211,6217,6221,6229,6247,6257,6263,6269,6271,6277,6287,6299,6301,6311,6317,6323,6329,6337,6343,6353,6359,6361,6367,6373,6379,6389,6397,6421,6427,6449,6451,6469,6473,6481,6491,6521,6529,6547,6551,6553,6563,6569,6571,6577,6581,6599,6607,6619,6637,6653,6659,6661,6673,6679,6689,6691,6701,6703,6709,6719,6733,6737,6761,6763,6779,6781,6791,6793,6803,6823,6827,6829,6833,6841,6857,6863,6869,6871,6883,6899,6907,6911,6917,6947,6949,6959,6961,6967,6971,6977,6983,6991,6997,7001,7013,7019,7027,7039,7043,7057,7069,7079,7103,7109,7121,7127,7129,7151,7159,7177,7187,7193,7207,7211,7213,7219,7229,7237,7243,7247,7253,7283,7297,7307,7309,7321,7331,7333,7349,7351,7369,7393,7411,7417,7433,7451,7457,7459,7477,7481,7487,7489,7499,7507,7517,7523,7529,7537,7541,7547,7549,7559,7561,7573,7577,7583,7589,7591,7603,7607,7621,7639,7643,7649,7669,7673,7681,7687,7691,7699,7703,7717,7723,7727,7741,7753,7757,7759,7789,7793,7817,7823,7829,7841,7853,7867,7873,7877,7879,7883,7901,7907,7919,7927,7933,7937,7949,7951,7963,7993,8009,8011,8017,8039,8053,8059,8069,8081,8087,8089,8093,8101,8111,8117,8123,8147,8161,8167,8171,8179,8191,8209,8219,8221,8231,8233,8237,8243,8263,8269,8273,8287,8291,8293,8297,8311,8317,8329,8353,8363,8369,8377,8387,8389,8419,8423,8429,8431,8443,8447,8461,8467,8501,8513,8521,8527,8537,8539,8543,8563,8573,8581,8597,8599,8609,8623,8627,8629,8641,8647,8663,8669,8677,8681,8689,8693,8699,8707,8713,8719,8731,8737,8741,8747,8753,8761,8779,8783,8803,8807,8819,8821,8831,8837,8839,8849,8861,8863,8867,8887,8893,8923,8929,8933,8941,8951,8963,8969,8971,8999,9001,9007,9011,9013,9029,9041,9043,9049,9059,9067,9091,9103,9109,9127,9133,9137,9151,9157,9161,9173,9181,9187,9199,9203,9209,9221,9227,9239,9241,9257,9277,9281,9283,9293,9311,9319,9323,9337,9341,9343,9349,9371,9377,9391,9397,9403,9413,9419,9421,9431,9433,9437,9439,9461,9463,9467,9473,9479,9491,9497,9511,9521,9533,9539,9547,9551,9587,9601,9613,9619,9623,9629,9631,9643,9649,9661,9677,9679,9689,9697,9719,9721,9733,9739,9743,9749,9767,9769,9781,9787,9791,9803,9811,9817,9829,9833,9839,9851,9857,9859,9871,9883,9887,9901,9907,9923,9929,9931,9941,9949,9967,9973,10007,10009,10037,10039,10061,10067,10069,10079,10091,10093,10099,10103,10111,10133,10139,10141,10151,10159,10163,10169,10177,10181,10193,10211,10223,10243,10247,10253,10259,10267,10271,10273,10289,10301,10303,10313,10321,10331,10333,10337,10343,10357,10369,10391,10399,10427,10429,10433,10453,10457,10459,10463,10477,10487,10499,10501,10513,10529,10531,10559,10567,10589,10597,10601,10607,10613,10627,10631,10639,10651,10657,10663,10667,10687,10691,10709,10711,10723,10729,10733,10739,10753,10771,10781,10789,10799,10831,10837,10847,10853,10859,10861,10867,10883,10889,10891,10903,10909,10937,10939,10949,10957,10973,10979,10987,10993,11003,11027,11047,11057,11059,11069,11071,11083,11087,11093,11113,11117,11119,11131,11149,11159,11161,11171,11173,11177,11197,11213,11239,11243,11251,11257,11261,11273,11279,11287,11299,11311,11317,11321,11329,11351,11353,11369,11383,11393,11399,11411,11423,11437,11443,11447,11467,11471,11483,11489,11491,11497,11503,11519,11527,11549,11551,11579,11587,11593,11597,11617,11621,11633,11657,11677,11681,11689,11699,11701,11717,11719,11731,11743,11777,11779,11783,11789,11801,11807,11813,11821,11827,11831,11833,11839,11863,11867,11887,11897,11903,11909,11923,11927,11933,11939,11941,11953,11959,11969,11971,11981,11987,12007,12011,12037,12041,12043,12049,12071,12073,12097,12101,12107,12109,12113,12119,12143,12149,12157,12161,12163,12197,12203,12211,12227,12239,12241,12251,12253,12263,12269,12277,12281,12289,12301,12323,12329,12343,12347,12373,12377,12379,12391,12401,12409,12413,12421,12433,12437,12451,12457,12473,12479,12487,12491,12497,12503,12511,12517,12527,12539,12541,12547,12553,12569,12577,12583,12589,12601,12611,12613,12619,12637,12641,12647,12653,12659,12671,12689,12697,12703,12713,12721,12739,12743,12757,12763,12781,12791,12799,12809,12821,12823,12829,12841,12853,12889,12893,12899,12907,12911,12917,12919,12923,12941,12953,12959,12967,12973,12979,12983,13001,13003,13007,13009,13033,13037,13043,13049,13063,13093,13099,13103,13109,13121,13127,13147,13151,13159,13163,13171,13177,13183,13187,13217,13219,13229,13241,13249,13259,13267,13291,13297,13309,13313,13327,13331,13337,13339,13367,13381,13397,13399,13411,13417,13421,13441,13451,13457,13463,13469,13477,13487,13499,13513,13523,13537,13553,13567,13577,13591,13597,13613,13619,13627,13633,13649,13669,13679,13681,13687,13691,13693,13697,13709,13711,13721,13723,13729,13751,13757,13759,13763,13781,13789,13799,13807,13829,13831,13841,13859,13873,13877,13879,13883,13901,13903,13907,13913,13921,13931,13933,13963,13967,13997,13999,14009,14011,14029,14033,14051,14057,14071,14081,14083,14087,14107,14143,14149,14153,14159,14173,14177,14197,14207,14221,14243,14249,14251,14281,14293,14303,14321,14323,14327,14341,14347,14369,14387,14389,14401,14407,14411,14419,14423,14431,14437,14447,14449,14461,14479,14489,14503,14519,14533,14537,14543,14549,14551,14557,14561,14563,14591,14593,14621,14627,14629,14633,14639,14653,14657,14669,14683,14699,14713,14717,14723,14731,14737,14741,14747,14753,14759,14767,14771,14779,14783,14797,14813,14821,14827,14831,14843,14851,14867,14869,14879,14887,14891,14897,14923,14929,14939,14947,14951,14957,14969,14983,15013,15017,15031,15053,15061,15073,15077,15083,15091,15101,15107,15121,15131,15137,15139,15149,15161,15173,15187,15193,15199,15217,15227,15233,15241,15259,15263,15269,15271,15277,15287,15289,15299,15307,15313,15319,15329,15331,15349,15359,15361,15373,15377,15383,15391,15401,15413,15427,15439,15443,15451,15461,15467,15473,15493,15497,15511,15527,15541,15551,15559,15569,15581,15583,15601,15607,15619,15629,15641,15643,15647,15649,15661,15667,15671,15679,15683,15727,15731,15733,15737,15739,15749,15761,15767,15773,15787,15791,15797,15803,15809,15817,15823,15859,15877,15881,15887,15889,15901,15907,15913,15919,15923,15937,15959,15971,15973,15991,16001,16007,16033,16057,16061,16063,16067,16069,16073,16087,16091,16097,16103,16111,16127,16139,16141,16183,16187,16189,16193,16217,16223,16229,16231,16249,16253,16267,16273,16301,16319,16333,16339,16349,16361,16363,16369,16381,16411,16417,16421,16427,16433,16447,16451,16453,16477,16481,16487,16493,16519,16529,16547,16553,16561,16567,16573,16603,16607,16619,16631,16633,16649,16651,16657,16661,16673,16691,16693,16699,16703,16729,16741,16747,16759,16763,16787,16811,16823,16829,16831,16843,16871,16879,16883,16889,16901,16903,16921,16927,16931,16937,16943,16963,16979,16981,16987,16993,17011,17021,17027,17029,17033,17041,17047,17053,17077,17093,17099,17107,17117,17123,17137,17159,17167,17183,17189,17191,17203,17207,17209,17231,17239,17257,17291,17293,17299,17317,17321,17327,17333,17341,17351,17359,17377,17383,17387,17389,17393,17401,17417,17419,17431,17443,17449,17467,17471,17477,17483,17489,17491,17497,17509,17519,17539,17551,17569,17573,17579,17581,17597,17599,17609,17623,17627,17657,17659,17669,17681,17683,17707,17713,17729,17737,17747,17749,17761,17783,17789,17791,17807,17827,17837,17839,17851,17863,17881,17891,17903,17909,17911,17921,17923,17929,17939,17957,17959,17971,17977,17981,17987,17989,18013,18041,18043,18047,18049,18059,18061,18077,18089,18097,18119,18121,18127,18131,18133,18143,18149,18169,18181,18191,18199,18211,18217,18223,18229,18233,18251,18253,18257,18269,18287,18289,18301,18307,18311,18313,18329,18341,18353,18367,18371,18379,18397,18401,18413,18427,18433,18439,18443,18451,18457,18461,18481,18493,18503,18517,18521,18523,18539,18541,18553,18583,18587,18593,18617,18637,18661,18671,18679,18691,18701,18713,18719,18731,18743,18749,18757,18773,18787,18793,18797,18803,18839,18859,18869,18899,18911,18913,18917,18919,18947,18959,18973,18979,19001,19009,19013,19031,19037,19051,19069,19073,19079,19081,19087,19121,19139,19141,19157,19163,19181,19183,19207,19211,19213,19219,19231,19237,19249,19259,19267,19273,19289,19301,19309,19319,19333,19373,19379,19381,19387,19391,19403,19417,19421,19423,19427,19429,19433,19441,19447,19457,19463,19469,19471,19477,19483,19489,19501,19507,19531,19541,19543,19553,19559,19571,19577,19583,19597,19603,19609,19661,19681,19687,19697,19699,19709,19717,19727,19739,19751,19753,19759,19763,19777,19793,19801,19813,19819,19841,19843,19853,19861,19867,19889,19891,19913,19919,19927,19937,19949,19961,19963,19973,19979,19991,19993,19997);
sums(n) = (n*(n+1))/2;
list(N,d,o) = par(i,N,ba.take((i*d)+1+o,primes20000));
//process = list(16,3,4);
density = hslider("DENSITY", 1,1,100,1) : int;
distance = hslider("DISTANCE", 0,0,100,1) : int;
aprev(N,d,o) = seq(i,N,apf(ba.take((i*d)+1+o,primes20000),0.708));
process = _ <: aprev(16,101,99), aprev(16,99,101);
earlyr(N,o) = _;
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/schroeder-aprev.dsp | faust | It truly counts from 0
process = sba.gsweep(max+1,trigger)
----------------------------------------------- LINEAR SWEEP UP TO NYQUIST ---
------------------------------------------------------ ZERO PADDING SWEEP ---
delay feedback in loop
process = dfl(1,0.5);
correzione di un campione
process = os.osc(lsweep(1,1)) : dflc(12,0.708);
all-pass filter
process = os.impulse : apf(1,0.5);
process = os.impulse : apf(1,0.5) : apf(2,0.5);
process = os.impulse <: (apf(1,0.5) : apf(2,0.6)), (apf(2,0.6) : apf(1,0.5)); // ordine non sortisce effetto
process = os.impulse <: seq(i, 16, apf(1,0.5)), seq(i, 128, apf(1,0.5)); //Una sequenza di allpass uguali ne cambia solo il ritardo complessivo
process = os.impulse : apf()
dimostrazione che i blocchi er e diff possono essere invertiti senza differenze
process = os.impulse <: _, (dflc(4801,0.6), dflc(5009,0.4),dflc(8969,0.7),dflc(9173,0.3) :> apf(743,0.7) : apf(353,0.3)),
(apf(743,0.7) : apf(353,0.3) <: (dflc(4801,0.6), dflc(5009,0.4),dflc(8969,0.7),dflc(9173,0.3) :> _ ));
process = os.impulse <: _, (dflc(4801,0.6), dflc(5009,0.4),dflc(8969,0.7),dflc(9173,0.3) :> apf(743,0.7) : apf(353,0.3)) : +;
process = apf(1001,0.7) : apf(1003,0.3) <: (dflc(1009,0.6), dflc(1013,0.4),dflc(1019,0.7),dflc(1021,0.3)) <: par(i,4,_<:_,ma.neg(_)) <: matrix;
: ro.hadamard(4);
process = fi.allpass_comb(512,1,-0.5), apf(512,0.5);
process = RT60;
process = os.impulse : dfl(t,g), rt(t,g);
process = list(16,3,4); | import("stdfaust.lib");
gsweep(m,t) = m : %(int(*(t):max(1)))~+(1');
lsweep(sec,t) = (ma.SR/2) : %(int(*(t):max(1)))~+((1/sec)');
zsweep(m) = (gsweep((m*2+1),1)<(m)) : gsweep(m);
dfl(t,g) = (+ : de.delay(ma.SR/2,int(t)))~*(min(0.999,g));
dflc(t,g) = (+ : de.delay(ma.SR/2,int(t-1)))~*(min(0.999,g)):mem;
apf(t,g) = _ <: *(ma.neg(min(0.999,g))) + (dflc(t,g)*(1-(g*g)));
matrix = apf(2,0.708), apf(3,0.708), apf(5,0.708), apf(7,0.708),
apf(11,0.708), apf(13,0.708), apf(17,0.708), apf(19,0.708),
apf(23,0.708), apf(29,0.708), apf(31,0.708), apf(37,0.708),
eavga(a) = *(a) : +~*(1-a);
V = 2740;
k = 0.161;
A = 75.5;
RT60 = k*V/A;
rt(t,g) = (-3*t)/(log10(g)) : ba.samp2sec;
t = int(ba.sec2samp(0.01));
g = 0.85;
primes50 = (2,3,5,7,11,13,17,19,23,29,31,37,41,43,47,53,59,61,67,71,73,79,83,89,97,101,103,107,109,113,127,131,137,139,149,151,157,163,167,173,179,181,191,193,197,199,211,223,227,229);
primes20000 = (2,3,5,7,11,13,17,19,23,29,31,37,41,43,47,53,59,61,67,71,73,79,83,89,97,101,103,107,109,113,127,131,137,139,149,151,157,163,167,173179,181,191,193,197,199,211,223,227,229,233,239,241,251,257,263,269,271,277,281283,293,307,311,313,317,331,337,347,349,353,359,367,373,379,383,389,397,401,409,419,421,431,433,439,443,449,457,461,463,467,479,487,491,499,503,509,521,523,541,547,557,563,569,571,577,587,593,599,601,607,613,617,619,631,641,643,647,653,659,661,673,677,683,691,701,709,719,727,733,739,743,751,757,761,769,773,787,797,809,811,821,823,827,829,839,853,857,859,863,877,881,883,887,907,911,919,929,937,941,947,953,967,971,977,983,991,997,1009,1013,1019,1021,1031,1033,1039,1049,1051,1061,1063,1069,1087,1091,1093,1097,1103,1109,1117,1123,1129,1151,1153,1163,1171,1181,1187,1193,1201,1213,1217,1223,1229,1231,1237,1249,1259,1277,1279,1283,1289,1291,1297,1301,1303,1307,1319,1321,1327,1361,1367,1373,1381,1399,1409,1423,1427,1429,1433,1439,1447,1451,1453,1459,1471,1481,1483,1487,1489,1493,1499,1511,1523,1531,1543,1549,1553,1559,1567,1571,1579,1583,1597,1601,1607,1609,1613,1619,1621,1627,1637,1657,1663,1667,1669,1693,1697,1699,1709,1721,1723,1733,1741,1747,1753,1759,1777,1783,1787,1789,1801,1811,1823,1831,1847,1861,1867,1871,1873,1877,1879,1889,1901,1907,1913,1931,1933,1949,1951,1973,1979,1987,1993,1997,1999,2003,2011,2017,2027,2029,2039,2053,2063,2069,2081,2083,2087,2089,2099,2111,2113,2129,2131,2137,2141,2143,2153,2161,2179,2203,2207,2213,2221,2237,2239,2243,2251,2267,2269,2273,2281,2287,2293,2297,2309,2311,2333,2339,2341,2347,2351,2357,2371,2377,2381,2383,2389,2393,2399,2411,2417,2423,2437,2441,2447,2459,2467,2473,2477,2503,2521,2531,2539,2543,2549,2551,2557,2579,2591,2593,2609,2617,2621,2633,2647,2657,2659,2663,2671,2677,2683,2687,2689,2693,2699,2707,2711,2713,2719,2729,2731,2741,2749,2753,2767,2777,2789,2791,2797,2801,2803,2819,2833,2837,2843,2851,2857,2861,2879,2887,2897,2903,2909,2917,2927,2939,2953,2957,2963,2969,2971,2999,3001,3011,3019,3023,3037,3041,3049,3061,3067,3079,3083,3089,3109,3119,3121,3137,3163,3167,3169,3181,3187,3191,3203,3209,3217,3221,3229,3251,3253,3257,3259,3271,3299,3301,3307,3313,3319,3323,3329,3331,3343,3347,3359,3361,3371,3373,3389,3391,3407,3413,3433,3449,3457,3461,3463,3467,3469,3491,3499,3511,3517,3527,3529,3533,3539,3541,3547,3557,3559,3571,3581,3583,3593,3607,3613,3617,3623,3631,3637,3643,3659,3671,3673,3677,3691,3697,3701,3709,3719,3727,3733,3739,3761,3767,3769,3779,3793,3797,3803,3821,3823,3833,3847,3851,3853,3863,3877,3881,3889,3907,3911,3917,3919,3923,3929,3931,3943,3947,3967,3989,4001,4003,4007,4013,4019,4021,4027,4049,4051,4057,4073,4079,4091,4093,4099,4111,4127,4129,4133,4139,4153,4157,4159,4177,4201,4211,4217,4219,4229,4231,4241,4243,4253,4259,4261,4271,4273,4283,4289,4297,4327,4337,4339,4349,4357,4363,4373,4391,4397,4409,4421,4423,4441,4447,4451,4457,4463,4481,4483,4493,4507,4513,4517,4519,4523,4547,4549,4561,4567,4583,4591,4597,4603,4621,4637,4639,4643,4649,4651,4657,4663,4673,4679,4691,4703,4721,4723,4729,4733,4751,4759,4783,4787,4789,4793,4799,4801,4813,4817,4831,4861,4871,4877,4889,4903,4909,4919,4931,4933,4937,4943,4951,4957,4967,4969,4973,4987,4993,4999,5003,5009,5011,5021,5023,5039,5051,5059,5077,5081,5087,5099,5101,5107,5113,5119,5147,5153,5167,5171,5179,5189,5197,5209,5227,5231,5233,5237,5261,5273,5279,5281,5297,5303,5309,5323,5333,5347,5351,5381,5387,5393,5399,5407,5413,5417,5419,5431,5437,5441,5443,5449,5471,5477,5479,5483,5501,5503,5507,5519,5521,5527,5531,5557,5563,5569,5573,5581,5591,5623,5639,5641,5647,5651,5653,5657,5659,5669,5683,5689,5693,5701,5711,5717,5737,5741,5743,5749,5779,5783,5791,5801,5807,5813,5821,5827,5839,5843,5849,5851,5857,5861,5867,5869,5879,5881,5897,5903,5923,5927,5939,5953,5981,5987,6007,6011,6029,6037,6043,6047,6053,6067,6073,6079,6089,6091,6101,6113,6121,6131,6133,6143,6151,6163,6173,6197,6199,6203,6211,6217,6221,6229,6247,6257,6263,6269,6271,6277,6287,6299,6301,6311,6317,6323,6329,6337,6343,6353,6359,6361,6367,6373,6379,6389,6397,6421,6427,6449,6451,6469,6473,6481,6491,6521,6529,6547,6551,6553,6563,6569,6571,6577,6581,6599,6607,6619,6637,6653,6659,6661,6673,6679,6689,6691,6701,6703,6709,6719,6733,6737,6761,6763,6779,6781,6791,6793,6803,6823,6827,6829,6833,6841,6857,6863,6869,6871,6883,6899,6907,6911,6917,6947,6949,6959,6961,6967,6971,6977,6983,6991,6997,7001,7013,7019,7027,7039,7043,7057,7069,7079,7103,7109,7121,7127,7129,7151,7159,7177,7187,7193,7207,7211,7213,7219,7229,7237,7243,7247,7253,7283,7297,7307,7309,7321,7331,7333,7349,7351,7369,7393,7411,7417,7433,7451,7457,7459,7477,7481,7487,7489,7499,7507,7517,7523,7529,7537,7541,7547,7549,7559,7561,7573,7577,7583,7589,7591,7603,7607,7621,7639,7643,7649,7669,7673,7681,7687,7691,7699,7703,7717,7723,7727,7741,7753,7757,7759,7789,7793,7817,7823,7829,7841,7853,7867,7873,7877,7879,7883,7901,7907,7919,7927,7933,7937,7949,7951,7963,7993,8009,8011,8017,8039,8053,8059,8069,8081,8087,8089,8093,8101,8111,8117,8123,8147,8161,8167,8171,8179,8191,8209,8219,8221,8231,8233,8237,8243,8263,8269,8273,8287,8291,8293,8297,8311,8317,8329,8353,8363,8369,8377,8387,8389,8419,8423,8429,8431,8443,8447,8461,8467,8501,8513,8521,8527,8537,8539,8543,8563,8573,8581,8597,8599,8609,8623,8627,8629,8641,8647,8663,8669,8677,8681,8689,8693,8699,8707,8713,8719,8731,8737,8741,8747,8753,8761,8779,8783,8803,8807,8819,8821,8831,8837,8839,8849,8861,8863,8867,8887,8893,8923,8929,8933,8941,8951,8963,8969,8971,8999,9001,9007,9011,9013,9029,9041,9043,9049,9059,9067,9091,9103,9109,9127,9133,9137,9151,9157,9161,9173,9181,9187,9199,9203,9209,9221,9227,9239,9241,9257,9277,9281,9283,9293,9311,9319,9323,9337,9341,9343,9349,9371,9377,9391,9397,9403,9413,9419,9421,9431,9433,9437,9439,9461,9463,9467,9473,9479,9491,9497,9511,9521,9533,9539,9547,9551,9587,9601,9613,9619,9623,9629,9631,9643,9649,9661,9677,9679,9689,9697,9719,9721,9733,9739,9743,9749,9767,9769,9781,9787,9791,9803,9811,9817,9829,9833,9839,9851,9857,9859,9871,9883,9887,9901,9907,9923,9929,9931,9941,9949,9967,9973,10007,10009,10037,10039,10061,10067,10069,10079,10091,10093,10099,10103,10111,10133,10139,10141,10151,10159,10163,10169,10177,10181,10193,10211,10223,10243,10247,10253,10259,10267,10271,10273,10289,10301,10303,10313,10321,10331,10333,10337,10343,10357,10369,10391,10399,10427,10429,10433,10453,10457,10459,10463,10477,10487,10499,10501,10513,10529,10531,10559,10567,10589,10597,10601,10607,10613,10627,10631,10639,10651,10657,10663,10667,10687,10691,10709,10711,10723,10729,10733,10739,10753,10771,10781,10789,10799,10831,10837,10847,10853,10859,10861,10867,10883,10889,10891,10903,10909,10937,10939,10949,10957,10973,10979,10987,10993,11003,11027,11047,11057,11059,11069,11071,11083,11087,11093,11113,11117,11119,11131,11149,11159,11161,11171,11173,11177,11197,11213,11239,11243,11251,11257,11261,11273,11279,11287,11299,11311,11317,11321,11329,11351,11353,11369,11383,11393,11399,11411,11423,11437,11443,11447,11467,11471,11483,11489,11491,11497,11503,11519,11527,11549,11551,11579,11587,11593,11597,11617,11621,11633,11657,11677,11681,11689,11699,11701,11717,11719,11731,11743,11777,11779,11783,11789,11801,11807,11813,11821,11827,11831,11833,11839,11863,11867,11887,11897,11903,11909,11923,11927,11933,11939,11941,11953,11959,11969,11971,11981,11987,12007,12011,12037,12041,12043,12049,12071,12073,12097,12101,12107,12109,12113,12119,12143,12149,12157,12161,12163,12197,12203,12211,12227,12239,12241,12251,12253,12263,12269,12277,12281,12289,12301,12323,12329,12343,12347,12373,12377,12379,12391,12401,12409,12413,12421,12433,12437,12451,12457,12473,12479,12487,12491,12497,12503,12511,12517,12527,12539,12541,12547,12553,12569,12577,12583,12589,12601,12611,12613,12619,12637,12641,12647,12653,12659,12671,12689,12697,12703,12713,12721,12739,12743,12757,12763,12781,12791,12799,12809,12821,12823,12829,12841,12853,12889,12893,12899,12907,12911,12917,12919,12923,12941,12953,12959,12967,12973,12979,12983,13001,13003,13007,13009,13033,13037,13043,13049,13063,13093,13099,13103,13109,13121,13127,13147,13151,13159,13163,13171,13177,13183,13187,13217,13219,13229,13241,13249,13259,13267,13291,13297,13309,13313,13327,13331,13337,13339,13367,13381,13397,13399,13411,13417,13421,13441,13451,13457,13463,13469,13477,13487,13499,13513,13523,13537,13553,13567,13577,13591,13597,13613,13619,13627,13633,13649,13669,13679,13681,13687,13691,13693,13697,13709,13711,13721,13723,13729,13751,13757,13759,13763,13781,13789,13799,13807,13829,13831,13841,13859,13873,13877,13879,13883,13901,13903,13907,13913,13921,13931,13933,13963,13967,13997,13999,14009,14011,14029,14033,14051,14057,14071,14081,14083,14087,14107,14143,14149,14153,14159,14173,14177,14197,14207,14221,14243,14249,14251,14281,14293,14303,14321,14323,14327,14341,14347,14369,14387,14389,14401,14407,14411,14419,14423,14431,14437,14447,14449,14461,14479,14489,14503,14519,14533,14537,14543,14549,14551,14557,14561,14563,14591,14593,14621,14627,14629,14633,14639,14653,14657,14669,14683,14699,14713,14717,14723,14731,14737,14741,14747,14753,14759,14767,14771,14779,14783,14797,14813,14821,14827,14831,14843,14851,14867,14869,14879,14887,14891,14897,14923,14929,14939,14947,14951,14957,14969,14983,15013,15017,15031,15053,15061,15073,15077,15083,15091,15101,15107,15121,15131,15137,15139,15149,15161,15173,15187,15193,15199,15217,15227,15233,15241,15259,15263,15269,15271,15277,15287,15289,15299,15307,15313,15319,15329,15331,15349,15359,15361,15373,15377,15383,15391,15401,15413,15427,15439,15443,15451,15461,15467,15473,15493,15497,15511,15527,15541,15551,15559,15569,15581,15583,15601,15607,15619,15629,15641,15643,15647,15649,15661,15667,15671,15679,15683,15727,15731,15733,15737,15739,15749,15761,15767,15773,15787,15791,15797,15803,15809,15817,15823,15859,15877,15881,15887,15889,15901,15907,15913,15919,15923,15937,15959,15971,15973,15991,16001,16007,16033,16057,16061,16063,16067,16069,16073,16087,16091,16097,16103,16111,16127,16139,16141,16183,16187,16189,16193,16217,16223,16229,16231,16249,16253,16267,16273,16301,16319,16333,16339,16349,16361,16363,16369,16381,16411,16417,16421,16427,16433,16447,16451,16453,16477,16481,16487,16493,16519,16529,16547,16553,16561,16567,16573,16603,16607,16619,16631,16633,16649,16651,16657,16661,16673,16691,16693,16699,16703,16729,16741,16747,16759,16763,16787,16811,16823,16829,16831,16843,16871,16879,16883,16889,16901,16903,16921,16927,16931,16937,16943,16963,16979,16981,16987,16993,17011,17021,17027,17029,17033,17041,17047,17053,17077,17093,17099,17107,17117,17123,17137,17159,17167,17183,17189,17191,17203,17207,17209,17231,17239,17257,17291,17293,17299,17317,17321,17327,17333,17341,17351,17359,17377,17383,17387,17389,17393,17401,17417,17419,17431,17443,17449,17467,17471,17477,17483,17489,17491,17497,17509,17519,17539,17551,17569,17573,17579,17581,17597,17599,17609,17623,17627,17657,17659,17669,17681,17683,17707,17713,17729,17737,17747,17749,17761,17783,17789,17791,17807,17827,17837,17839,17851,17863,17881,17891,17903,17909,17911,17921,17923,17929,17939,17957,17959,17971,17977,17981,17987,17989,18013,18041,18043,18047,18049,18059,18061,18077,18089,18097,18119,18121,18127,18131,18133,18143,18149,18169,18181,18191,18199,18211,18217,18223,18229,18233,18251,18253,18257,18269,18287,18289,18301,18307,18311,18313,18329,18341,18353,18367,18371,18379,18397,18401,18413,18427,18433,18439,18443,18451,18457,18461,18481,18493,18503,18517,18521,18523,18539,18541,18553,18583,18587,18593,18617,18637,18661,18671,18679,18691,18701,18713,18719,18731,18743,18749,18757,18773,18787,18793,18797,18803,18839,18859,18869,18899,18911,18913,18917,18919,18947,18959,18973,18979,19001,19009,19013,19031,19037,19051,19069,19073,19079,19081,19087,19121,19139,19141,19157,19163,19181,19183,19207,19211,19213,19219,19231,19237,19249,19259,19267,19273,19289,19301,19309,19319,19333,19373,19379,19381,19387,19391,19403,19417,19421,19423,19427,19429,19433,19441,19447,19457,19463,19469,19471,19477,19483,19489,19501,19507,19531,19541,19543,19553,19559,19571,19577,19583,19597,19603,19609,19661,19681,19687,19697,19699,19709,19717,19727,19739,19751,19753,19759,19763,19777,19793,19801,19813,19819,19841,19843,19853,19861,19867,19889,19891,19913,19919,19927,19937,19949,19961,19963,19973,19979,19991,19993,19997);
sums(n) = (n*(n+1))/2;
list(N,d,o) = par(i,N,ba.take((i*d)+1+o,primes20000));
density = hslider("DENSITY", 1,1,100,1) : int;
distance = hslider("DISTANCE", 0,0,100,1) : int;
aprev(N,d,o) = seq(i,N,apf(ba.take((i*d)+1+o,primes20000),0.708));
process = _ <: aprev(16,101,99), aprev(16,99,101);
earlyr(N,o) = _;
|
bee21dfe087a3c99e897229e3addfa77970aadd957cfe33e8064d3770647ec37 | s-e-a-m/faust-libraries | irconv2.dsp | import("stdfaust.lib");
process = ba.pulsen(1, ma.SR) : fi.conv(fcoeff);
// 128 tap 0~20000 -0.01dB // 30000~96000 -151.58dB
fcoeff = ( -8.031702041625977e-02,
-6.119704246520996e-02,
6.487882137298584e-02,
1.519786119461060e-01,
1.391460895538330e-01,
6.688344478607178e-02,
3.468430042266846e-02,
4.473912715911865e-02,
2.957773208618164e-02,
3.152477741241455e-02,
6.014704704284668e-03,
-3.092753887176514e-02,
-3.032672405242920e-02,
-4.378354549407959e-02,
-3.611135482788086e-02,
-2.634370326995850e-02,
-3.631913661956787e-02,
-1.330399513244629e-02,
4.097342491149902e-02,
5.946350097656250e-02,
5.272006988525391e-02,
6.297695636749268e-02,
7.285535335540771e-02,
1.084927320480347e-01,
1.261693239212036e-01,
6.113779544830322e-02,
-1.092457771301270e-02,
-3.841650485992432e-02,
-3.320670127868652e-02,
-3.182649612426758e-02,
-6.585037708282471e-02,
-1.022051572799683e-01,
-1.138334274291992e-01,
-1.066131591796875e-01,
-9.279680252075195e-02,
-8.884251117706299e-02,
-9.681046009063721e-02,
-1.250512599945068e-01,
-1.328966617584229e-01,
-1.137355566024780e-01,
-1.166243553161621e-01,
-1.291166543960571e-01,
-1.182435750961304e-01,
-9.263372421264648e-02,
-5.898058414459229e-02,
-4.252898693084717e-02,
-6.191921234130859e-02,
-6.389343738555908e-02,
-4.249060153961182e-02,
4.056310653686523e-02,
7.430100440979004e-02,
4.937362670898438e-02,
4.940629005432129e-02,
1.038172245025635e-01,
1.153175830841064e-01,
5.441808700561523e-02,
1.118719577789307e-02,
1.538395881652832e-03,
1.260018348693848e-02,
2.850651741027832e-03,
-6.542670726776123e-02,
-1.648871898651123e-01,
-1.847909688949585e-01,
-8.371746540069580e-02,
-6.213963031768799e-02,
-1.345129013061523e-01,
-1.059463024139404e-01,
8.215320110321045e-02,
1.946704387664795e-01,
1.480975151062012e-01,
8.367443084716797e-02,
4.817008972167969e-02,
4.743432998657227e-02,
9.427642822265625e-02,
1.319798231124878e-01,
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| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/fir/irconv2.dsp | faust | 128 tap 0~20000 -0.01dB // 30000~96000 -151.58dB | import("stdfaust.lib");
process = ba.pulsen(1, ma.SR) : fi.conv(fcoeff);
fcoeff = ( -8.031702041625977e-02,
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0.000000000000000e+00);
|
a63f1cb81a175261b027e04177e04acdbe1acdc3abdf7185243157fabdf5f15a | s-e-a-m/faust-libraries | irconv3.dsp | import("stdfaust.lib");
process = fi.conv(fcoeff);
// 128 tap 0~20000 -0.01dB // 30000~96000 -151.58dB
fcoeff = ( -8.031702041625977e-02,
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| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/fir/irconv3.dsp | faust | 128 tap 0~20000 -0.01dB // 30000~96000 -151.58dB | import("stdfaust.lib");
process = fi.conv(fcoeff);
fcoeff = ( -8.031702041625977e-02,
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-1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
-1.192092895507812e-07,
0.000000000000000e+00,
1.192092895507812e-07,
0.000000000000000e+00,
-1.192092895507812e-07,
0.000000000000000e+00,
-1.192092895507812e-07,
1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
1.192092895507812e-07,
1.192092895507812e-07,
0.000000000000000e+00,
-1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
-1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
-1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
-1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
1.192092895507812e-07,
1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
1.192092895507812e-07,
0.000000000000000e+00,
1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
1.192092895507812e-07,
1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
-1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
-1.192092895507812e-07,
0.000000000000000e+00,
-1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
-1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
-1.192092895507812e-07,
-1.192092895507812e-07,
1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
1.192092895507812e-07,
0.000000000000000e+00,
1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
-1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
1.192092895507812e-07,
-1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00,
0.000000000000000e+00,
-1.192092895507812e-07,
0.000000000000000e+00,
0.000000000000000e+00);
|
7c6d715d6e25f57b45c933636ea8100a164cb81f46897d50874a5ecfc038d1d2 | SuyashRamteke/FAUST---Real-time-Audio-Signal-Processing | Subtractive_Synthesis.dsp | import("stdfaust.lib");
waveGenerator = hgroup("[0]Wave Generator",no.noise,os.triangle(freq),os.square(freq),os.sawtooth(freq) : ba.selectn(4,wave))
with{
wave = nentry("[0]Waveform",3,0,3,1);
freq = hslider("[1]freq",440,50,2000,0.01);
};
subtractive = waveGenerator : hgroup("[1]Filter",fi.resonlp(resFreq,q,1)) : fi.bandpass(16,200,1000)
with{
ctFreq = hslider("[0]Cutoff Frequency[style:knob]",1600,50,10000,0.1);
q = hslider("[1]Q[style:knob]",5,1,30,0.1);
lfoFreq = hslider("[2]LFO Frequency[style:knob]",10,0.1,20,0.01);
lfoDepth = hslider("[3]LFO Depth[style:knob]",500,1,10000,1);
resFreq = os.osc(lfoFreq)*lfoDepth + ctFreq : max(30);
};
envelope = hgroup("[2]Envelope",en.adsr(attack,decay,sustain,release,gate)*gain*0.7)
with{
attack = hslider("[0]Attack[style:knob]",50,1,1000,1)*0.001;
decay = hslider("[1]Decay[style:knob]",50,1,1000,1)*0.001;
sustain = hslider("[2]Sustain[style:knob]",0.8,0.01,1,1);
release = hslider("[3]Release[style:knob]",50,1,1000,1)*0.001;
gain = hslider("[4]gain[style:knob]",1,0,1,0.01);
gate = button("[5]gate");
};
process = vgroup("Subtractive Synthesizer",subtractive*envelope) : dm.crybaby_demo <:_,_: dm.zita_light ;
//effect = dm.zita_light;
//process = subtractive; | https://raw.githubusercontent.com/SuyashRamteke/FAUST---Real-time-Audio-Signal-Processing/ca24b8d650b6d77435d8128b0aa8e4d8b6022c30/Subtractive_Synthesis.dsp | faust | effect = dm.zita_light;
process = subtractive; | import("stdfaust.lib");
waveGenerator = hgroup("[0]Wave Generator",no.noise,os.triangle(freq),os.square(freq),os.sawtooth(freq) : ba.selectn(4,wave))
with{
wave = nentry("[0]Waveform",3,0,3,1);
freq = hslider("[1]freq",440,50,2000,0.01);
};
subtractive = waveGenerator : hgroup("[1]Filter",fi.resonlp(resFreq,q,1)) : fi.bandpass(16,200,1000)
with{
ctFreq = hslider("[0]Cutoff Frequency[style:knob]",1600,50,10000,0.1);
q = hslider("[1]Q[style:knob]",5,1,30,0.1);
lfoFreq = hslider("[2]LFO Frequency[style:knob]",10,0.1,20,0.01);
lfoDepth = hslider("[3]LFO Depth[style:knob]",500,1,10000,1);
resFreq = os.osc(lfoFreq)*lfoDepth + ctFreq : max(30);
};
envelope = hgroup("[2]Envelope",en.adsr(attack,decay,sustain,release,gate)*gain*0.7)
with{
attack = hslider("[0]Attack[style:knob]",50,1,1000,1)*0.001;
decay = hslider("[1]Decay[style:knob]",50,1,1000,1)*0.001;
sustain = hslider("[2]Sustain[style:knob]",0.8,0.01,1,1);
release = hslider("[3]Release[style:knob]",50,1,1000,1)*0.001;
gain = hslider("[4]gain[style:knob]",1,0,1,0.01);
gate = button("[5]gate");
};
process = vgroup("Subtractive Synthesizer",subtractive*envelope) : dm.crybaby_demo <:_,_: dm.zita_light ; |
7b6a9970adfe6a2cd39f6872caccbf36fb44d23e3db0dd1102a14ebf32a9b311 | SuyashRamteke/FAUST---Real-time-Audio-Signal-Processing | PeakFilter.dsp | import("stdfaust.lib");
waveGenerator = hgroup("[0]Wave Generator",no.noise,os.triangle(freq),os.square(freq),os.sawtooth(freq) : ba.selectn(4,wave))
with{
wave = nentry("[0]Waveform",3,0,3,1);
freq = hslider("[1]freq",440,50,2000,0.01);
};
peakfilters(n) = seq(i,n,Filters(i))
with{
Filters(j) = vgroup("Bank %j", fi.peak_eq(Lfx, Fx, B))
with{
//freq = hslider("[1]freq",440,50,2000,0.01);
ctFreq = hslider("[0]Center Frequency[style:knob]",441,50,1000,0.1);
lfoFreq = hslider("[2]LFO Frequency[style:knob]",5,0.1,20,0.01);
B = hslider("[3]LFO Depth[style:knob]",500*(j+1),1,10000,1);
//ResFreq = os.osc(lfoFreq)*lfoDepth + ctFreq : max(30);
//B = Fx/hslider("[1]Q[style:knob]",5,1,30,0.1);
Fx = os.osc(lfoFreq)*B + ctFreq ;
Lfx = hslider("[0]Gain(dB)[style : knob]", 0, -20, 20, 0.1);
};
};
subtractive = waveGenerator : hgroup("[1]Filter", peakfilters(2));
envelope = hgroup("[2]Envelope",en.adsr(attack,decay,sustain,release,gate)*gain*0.7)
with{
attack = hslider("[0]Attack[style:knob]",50,1,1000,1)*0.001;
decay = hslider("[1]Decay[style:knob]",50,1,1000,1)*0.001;
sustain = hslider("[2]Sustain[style:knob]",0.8,0.01,1,1);
release = hslider("[3]Release[style:knob]",50,1,1000,1)*0.001;
gain = hslider("[4]gain[style:knob]",1,0,1,0.01);
gate = button("[5]gate");
};
process = vgroup("Subtractive Synthesizer",subtractive*envelope) ;
//effect = dm.zita_light;
//process = subtractive; | https://raw.githubusercontent.com/SuyashRamteke/FAUST---Real-time-Audio-Signal-Processing/ca24b8d650b6d77435d8128b0aa8e4d8b6022c30/PeakFilter.dsp | faust | freq = hslider("[1]freq",440,50,2000,0.01);
ResFreq = os.osc(lfoFreq)*lfoDepth + ctFreq : max(30);
B = Fx/hslider("[1]Q[style:knob]",5,1,30,0.1);
effect = dm.zita_light;
process = subtractive; | import("stdfaust.lib");
waveGenerator = hgroup("[0]Wave Generator",no.noise,os.triangle(freq),os.square(freq),os.sawtooth(freq) : ba.selectn(4,wave))
with{
wave = nentry("[0]Waveform",3,0,3,1);
freq = hslider("[1]freq",440,50,2000,0.01);
};
peakfilters(n) = seq(i,n,Filters(i))
with{
Filters(j) = vgroup("Bank %j", fi.peak_eq(Lfx, Fx, B))
with{
ctFreq = hslider("[0]Center Frequency[style:knob]",441,50,1000,0.1);
lfoFreq = hslider("[2]LFO Frequency[style:knob]",5,0.1,20,0.01);
B = hslider("[3]LFO Depth[style:knob]",500*(j+1),1,10000,1);
Fx = os.osc(lfoFreq)*B + ctFreq ;
Lfx = hslider("[0]Gain(dB)[style : knob]", 0, -20, 20, 0.1);
};
};
subtractive = waveGenerator : hgroup("[1]Filter", peakfilters(2));
envelope = hgroup("[2]Envelope",en.adsr(attack,decay,sustain,release,gate)*gain*0.7)
with{
attack = hslider("[0]Attack[style:knob]",50,1,1000,1)*0.001;
decay = hslider("[1]Decay[style:knob]",50,1,1000,1)*0.001;
sustain = hslider("[2]Sustain[style:knob]",0.8,0.01,1,1);
release = hslider("[3]Release[style:knob]",50,1,1000,1)*0.001;
gain = hslider("[4]gain[style:knob]",1,0,1,0.01);
gate = button("[5]gate");
};
process = vgroup("Subtractive Synthesizer",subtractive*envelope) ; |
d1a7cd64fc98ca8d2a646ad5a7cf15052b9f4de6a689314208bec956c0c29bd9 | SuyashRamteke/FAUST---Real-time-Audio-Signal-Processing | dx7.dsp | import("stdfaust.lib");
freq = hslider("freq", 440, 100, 1000, 0.01);
gain = hslider("gain", 0.5, 0, 1, 0.01);
gate = button("gate") ; //en.adsr(0.01, 0.01, 0.9, 0.1);
//timbre(f) = os.sawtooth(f)*0.5 + os.sawtooth(f*2)*0.25 + os.sawtooth(f*4)*0.125;
dxOsc(ctfreq, a, d, s, r) = os.osc(ctfreq)*envelope*0.5
with{
//freq = hslider("[0]Center Frequency[style:knob]",440,50,1000,0.1);
//mod = hslider("[1]Modulating Frequency[style:knob]",5,0.1,20,0.01);
//index = hslider("[2]Index", 2, 1, 10, 0.01);
//t = button("Gate");
envelope = hgroup("Envelope", en.adsr(a,d,s,r))
with{
a = hslider("[0]Attack [style:knob]", 0.01, 0.01, 1, 0.01) : si.smoo;
d = hslider("[1]Decay [style:knob]", 0.1, 0.01, 1, 0.01) : si.smoo;
s = hslider("[2]Sustain [style:knob]", 0.5, 0, 1, 0.01) : si.smoo;
r = hslider("[3]Release [style:knob]", 0.5, 0.01, 1, 0.01) : si.smoo;
};
};
simplepatch = dxOsc(freq, 0.01, 0.01, 1, 0.01) : dxOsc(freq, 0.01, 0.01, 1, 0.01) ;
peakfilters(n) = hgroup("PeakFIlters", seq(i,n,Filters(i)))
with{
Filters(j) = vgroup("Bank %j", fi.peak_eq(Lfx, Fx, B))
with{
//freq = hslider("[1]freq",440,50,2000,0.01);
ctFreq = hslider("[0]Center Frequency[style:knob]",441,50,1000,0.1);
lfoFreq = hslider("[1]LFO Frequency[style:knob]",5,0.1,20,0.01);
B = hslider("[2]LFO Depth[style:knob]",500*(j+1),1,10000,1);
//ResFreq = os.osc(lfoFreq)*lfoDepth + ctFreq : max(30);
//B = Fx/hslider("[1]Q[style:knob]",5,1,30,0.1);
Fx = os.osc(lfoFreq)*B + ctFreq ;
Lfx = hslider("[3]Gain(dB)[style : knob]", 0, -20, 20, 0.1);
};
};
envelope = hgroup("Env", en.adsr(a,d,s,r))
with{
a = hslider("[0]Attack [style:knob]", 0.01, 0.01, 1, 0.01) : si.smoo;
d = hslider("[1]Decay [style:knob]", 0.1, 0.01, 1, 0.01) : si.smoo;
s = hslider("[2]Sustain [style:knob]", 0.5, 0, 1, 0.01) : si.smoo;
r = hslider("[3]Release [style:knob]", 0.5, 0.01, 1, 0.01) : si.smoo;
};
};
process = gain*gate : simplepatch : peakfilters(2) ;
//effect = dm.zita_light;
| https://raw.githubusercontent.com/SuyashRamteke/FAUST---Real-time-Audio-Signal-Processing/ca24b8d650b6d77435d8128b0aa8e4d8b6022c30/dx7.dsp | faust | en.adsr(0.01, 0.01, 0.9, 0.1);
timbre(f) = os.sawtooth(f)*0.5 + os.sawtooth(f*2)*0.25 + os.sawtooth(f*4)*0.125;
freq = hslider("[0]Center Frequency[style:knob]",440,50,1000,0.1);
mod = hslider("[1]Modulating Frequency[style:knob]",5,0.1,20,0.01);
index = hslider("[2]Index", 2, 1, 10, 0.01);
t = button("Gate");
freq = hslider("[1]freq",440,50,2000,0.01);
ResFreq = os.osc(lfoFreq)*lfoDepth + ctFreq : max(30);
B = Fx/hslider("[1]Q[style:knob]",5,1,30,0.1);
effect = dm.zita_light; | import("stdfaust.lib");
freq = hslider("freq", 440, 100, 1000, 0.01);
gain = hslider("gain", 0.5, 0, 1, 0.01);
dxOsc(ctfreq, a, d, s, r) = os.osc(ctfreq)*envelope*0.5
with{
envelope = hgroup("Envelope", en.adsr(a,d,s,r))
with{
a = hslider("[0]Attack [style:knob]", 0.01, 0.01, 1, 0.01) : si.smoo;
d = hslider("[1]Decay [style:knob]", 0.1, 0.01, 1, 0.01) : si.smoo;
s = hslider("[2]Sustain [style:knob]", 0.5, 0, 1, 0.01) : si.smoo;
r = hslider("[3]Release [style:knob]", 0.5, 0.01, 1, 0.01) : si.smoo;
};
};
simplepatch = dxOsc(freq, 0.01, 0.01, 1, 0.01) : dxOsc(freq, 0.01, 0.01, 1, 0.01) ;
peakfilters(n) = hgroup("PeakFIlters", seq(i,n,Filters(i)))
with{
Filters(j) = vgroup("Bank %j", fi.peak_eq(Lfx, Fx, B))
with{
ctFreq = hslider("[0]Center Frequency[style:knob]",441,50,1000,0.1);
lfoFreq = hslider("[1]LFO Frequency[style:knob]",5,0.1,20,0.01);
B = hslider("[2]LFO Depth[style:knob]",500*(j+1),1,10000,1);
Fx = os.osc(lfoFreq)*B + ctFreq ;
Lfx = hslider("[3]Gain(dB)[style : knob]", 0, -20, 20, 0.1);
};
};
envelope = hgroup("Env", en.adsr(a,d,s,r))
with{
a = hslider("[0]Attack [style:knob]", 0.01, 0.01, 1, 0.01) : si.smoo;
d = hslider("[1]Decay [style:knob]", 0.1, 0.01, 1, 0.01) : si.smoo;
s = hslider("[2]Sustain [style:knob]", 0.5, 0, 1, 0.01) : si.smoo;
r = hslider("[3]Release [style:knob]", 0.5, 0.01, 1, 0.01) : si.smoo;
};
};
process = gain*gate : simplepatch : peakfilters(2) ;
|
8b3a05c8e63bb11de0432d6aca0f9ee08af987a0222591f16e8895e7adde4788 | brummer10/guitarix | phaser.dsp | declare id "phaser";
declare name "Phaser";
declare category "Modulation";
//phaser taken from effect.lib
// by Julius O. Smith III
import("stdfaust.lib");
import("stdfaust.lib");
vibrato_mono(sections,phase01,fb,width,frqmin,fratio,frqmax,speed) =
(+ : seq(i,sections,ap2p(R,th(i)))) ~ *(fb)
with {
// second-order resonant digital allpass given fi.pole radius and angle:
ap2p(R,th) = fi.tf2(a2,a1,1,a1,a2) with {
a2 = R^2;
a1 = -2*R*cos(th);
};
R = exp(-pi*width/ma.SR);
cososc = os.oscrc;
sinosc = os.oscrs;
osc = cososc(speed) * phase01 + sinosc(speed) * (1-phase01);
lfo = (1-osc)/2; // in [0,1]
pi = 4*atan(1);
thmin = 2*pi*frqmin/ma.SR;
thmax = 2*pi*frqmax/ma.SR;
th1 = thmin + (thmax-thmin)*lfo;
th(i) = (fratio^(i+1))*th1;
};
phaser_mono(Notches,phase01,width,frqmin,fratio,frqmax,speed,depth,fb,invert) =
_ <: *(g1) + g2mi*vibrato_mono(Notches,phase01,fb,width,frqmin,fratio,frqmax,speed)
with { // depth=0 => direct-signal only
g1 = 1-depth/2; // depth=1 => phaser mode (equal sum of direct and allpass-pm.chain)
g2 = depth/2; // depth=2 => vibrato mode (allpass-pm.chain signal only)
g2mi = select2(invert,g2,-g2); // inversion negates the allpass-pm.chain signal
};
phaser_stereo(Notches,width,frqmin,fratio,frqmax,speed,depth,fb,invert)
= phaser_mono(Notches,0,width,frqmin,fratio,frqmax,speed,depth,fb,invert),
phaser_mono(Notches,1,width,frqmin,fratio,frqmax,speed,depth,fb,invert);
phaser_stereogx = *(level),*(level) : phaser_stereo(Notches,width,frqmin,fratio,frqmax,freq,mdepth,fb,invert)
with {
Notches = 4;
freq = hslider("Speed [unit:Hz] ", 0.5, 0, 10, 0.01);
depth = hslider("depth", 1, 0, 1, 0.01);
fb = hslider("feedback gain", 0, 0, 1, 0.01);
width = hslider("Notch width [unit:Hz]", 1000, 10, 5000, 1);
vibr = checkbox("VibratoMode[enum:direct | vibrato]");
frqmin = hslider("MinNotch1Freq [unit:Hz] ", 100, 20, 5000, 1);
frqmax = hslider("MaxNotch1Freq [unit:Hz] ", 800, 20, 10000, 1) : max(frqmin);
fratio = hslider("NotchFreq", 1.5, 1.1, 4, 0.01);
mdepth = select2(vibr,depth,2);
invert = checkbox("invert[enum:linear|invert]");
level = hslider("level [unit:dB]", 0, -60, 10, 0.1) : ba.db2linear;
};
process = phaser_stereogx;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/phaser.dsp | faust | phaser taken from effect.lib
by Julius O. Smith III
second-order resonant digital allpass given fi.pole radius and angle:
in [0,1]
depth=0 => direct-signal only
depth=1 => phaser mode (equal sum of direct and allpass-pm.chain)
depth=2 => vibrato mode (allpass-pm.chain signal only)
inversion negates the allpass-pm.chain signal | declare id "phaser";
declare name "Phaser";
declare category "Modulation";
import("stdfaust.lib");
import("stdfaust.lib");
vibrato_mono(sections,phase01,fb,width,frqmin,fratio,frqmax,speed) =
(+ : seq(i,sections,ap2p(R,th(i)))) ~ *(fb)
with {
ap2p(R,th) = fi.tf2(a2,a1,1,a1,a2) with {
a2 = R^2;
a1 = -2*R*cos(th);
};
R = exp(-pi*width/ma.SR);
cososc = os.oscrc;
sinosc = os.oscrs;
osc = cososc(speed) * phase01 + sinosc(speed) * (1-phase01);
pi = 4*atan(1);
thmin = 2*pi*frqmin/ma.SR;
thmax = 2*pi*frqmax/ma.SR;
th1 = thmin + (thmax-thmin)*lfo;
th(i) = (fratio^(i+1))*th1;
};
phaser_mono(Notches,phase01,width,frqmin,fratio,frqmax,speed,depth,fb,invert) =
_ <: *(g1) + g2mi*vibrato_mono(Notches,phase01,fb,width,frqmin,fratio,frqmax,speed)
};
phaser_stereo(Notches,width,frqmin,fratio,frqmax,speed,depth,fb,invert)
= phaser_mono(Notches,0,width,frqmin,fratio,frqmax,speed,depth,fb,invert),
phaser_mono(Notches,1,width,frqmin,fratio,frqmax,speed,depth,fb,invert);
phaser_stereogx = *(level),*(level) : phaser_stereo(Notches,width,frqmin,fratio,frqmax,freq,mdepth,fb,invert)
with {
Notches = 4;
freq = hslider("Speed [unit:Hz] ", 0.5, 0, 10, 0.01);
depth = hslider("depth", 1, 0, 1, 0.01);
fb = hslider("feedback gain", 0, 0, 1, 0.01);
width = hslider("Notch width [unit:Hz]", 1000, 10, 5000, 1);
vibr = checkbox("VibratoMode[enum:direct | vibrato]");
frqmin = hslider("MinNotch1Freq [unit:Hz] ", 100, 20, 5000, 1);
frqmax = hslider("MaxNotch1Freq [unit:Hz] ", 800, 20, 10000, 1) : max(frqmin);
fratio = hslider("NotchFreq", 1.5, 1.1, 4, 0.01);
mdepth = select2(vibr,depth,2);
invert = checkbox("invert[enum:linear|invert]");
level = hslider("level [unit:dB]", 0, -60, 10, 0.1) : ba.db2linear;
};
process = phaser_stereogx;
|
456e2ba534bc028d00ee4a7d8fe4cab6795385d2c3f35a0411bd6f547fa4e5a0 | brummer10/guitarix | noisegate.dsp | import("stdfaust.lib");
ngate = fvariable(float ngate, <math.h>);
process = *(ngate);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/noisegate.dsp | faust | import("stdfaust.lib");
ngate = fvariable(float ngate, <math.h>);
process = *(ngate);
|
|
9fd1fe3eaee4fdc754cdee8c4451e37917228e86609893a8a344d8115e7a0d99 | brummer10/guitarix | balance1.dsp |
import("stdfaust.lib");
import("guitarix.lib");
process = _ <: balance(balance_ctrl.bal);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/balance1.dsp | faust |
import("stdfaust.lib");
import("guitarix.lib");
process = _ <: balance(balance_ctrl.bal);
|
|
ffa53597cb0a90eaf4f41ec6bd0d9973af8ef263af061b11da2895abc5e602ee | brummer10/guitarix | balance.dsp |
import("stdfaust.lib");
import("guitarix.lib");
process = balance(balance_ctrl.bal);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/balance.dsp | faust |
import("stdfaust.lib");
import("guitarix.lib");
process = balance(balance_ctrl.bal);
|
|
8701c2c33ad66c989ab58018035fb267f50a14c1ba870f1e1c7241cd139fe0a6 | brummer10/guitarix | tubevibrato.dsp | declare id "tube";
import("stdfaust.lib");
import("guitarix.lib");
vibrato = vslider("vibrato", 0, 0, 2, 0.02);
process = + ~ *(vibrato/2) : sym_clip(0.7);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/tubevibrato.dsp | faust | declare id "tube";
import("stdfaust.lib");
import("guitarix.lib");
vibrato = vslider("vibrato", 0, 0, 2, 0.02);
process = + ~ *(vibrato/2) : sym_clip(0.7);
|
|
b26a107601cdcc4a342e8c49f4c85d254ac1ede4b39bae38cc7c432ab592f431 | brummer10/guitarix | vibe_mono_lfo_sine.dsp | import("guitarix.lib");
import("stdfaust.lib");
process = os.oscs(vibe_mono_lfo_ctrl.freq) : scale with {
scale = (1 + _) / 2;
};
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/vibe_mono_lfo_sine.dsp | faust | import("guitarix.lib");
import("stdfaust.lib");
process = os.oscs(vibe_mono_lfo_ctrl.freq) : scale with {
scale = (1 + _) / 2;
};
|
|
01e5609258387a099f1755d37b9bffcba2e33804e5a75dbe86653e2a47e4d450 | brummer10/guitarix | drive.dsp |
import("stdfaust.lib");
import("guitarix.lib");
fuzzy = vslider("value[name:drive]", 1, 1, 10, 1);
process = fuzzy_tube(a,b,c,fuzzy)
with {
a = 4;
b = 4;
c = 0.125;
};
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/drive.dsp | faust |
import("stdfaust.lib");
import("guitarix.lib");
fuzzy = vslider("value[name:drive]", 1, 1, 10, 1);
process = fuzzy_tube(a,b,c,fuzzy)
with {
a = 4;
b = 4;
c = 0.125;
};
|
|
d9d75f6bf4a06bc1963d1b796aa750f302c732baa91c308a41352e0f8226e333 | brummer10/guitarix | tube.dsp |
import("stdfaust.lib");
import("guitarix.lib");
fuzzy = vslider("fuzzy[name:ba.count]", 1, -3, 10, 1);
process = fuzzy_tube(a,b,c,fuzzy)
with {
a = 2;
b = 1;
c = 0.5;
};
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/tube.dsp | faust |
import("stdfaust.lib");
import("guitarix.lib");
fuzzy = vslider("fuzzy[name:ba.count]", 1, -3, 10, 1);
process = fuzzy_tube(a,b,c,fuzzy)
with {
a = 2;
b = 1;
c = 0.5;
};
|
|
cf39c2c1a073127159550324af2a0554a60d47f92366a368d16c47fb3946c749 | brummer10/guitarix | AntiAlias.dsp |
import("stdfaust.lib");
import("guitarix.lib");
faas1 = vgroup("anti_aliase", vslider("feedback[name:Feedback]", 0.3, 0.3, 0.9, 0.01));
process = add_dc : +~_''*faas1;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/AntiAlias.dsp | faust |
import("stdfaust.lib");
import("guitarix.lib");
faas1 = vgroup("anti_aliase", vslider("feedback[name:Feedback]", 0.3, 0.3, 0.9, 0.01));
process = add_dc : +~_''*faas1;
|
|
5f62c43a62e64a4ccaba066381ec62eacfeef489274de0343c5251755a05b2b1 | brummer10/guitarix | presence_level.dsp | declare id "con";
import("stdfaust.lib");
import("guitarix.lib");
gain = vslider("Level[alias]", 1, 0.5, 5, 0.5);
process = *(gain * pow(10, -0.1 * gain)); // FIXME
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/presence_level.dsp | faust | FIXME | declare id "con";
import("stdfaust.lib");
import("guitarix.lib");
gain = vslider("Level[alias]", 1, 0.5, 5, 0.5);
|
5545125c0b86a9fbd003be6421fea2dcecdb21773ca316db8f694a6516588ab3 | brummer10/guitarix | gx_outputlevel.dsp |
import("stdfaust.lib");
import("guitarix.lib");
gain = vslider(".amp.out_master[name:Level]", 0, -50, 4, 0.1) : ba.db2linear : smoothi(0.999);
process = *(gain), *(gain);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/gx_outputlevel.dsp | faust |
import("stdfaust.lib");
import("guitarix.lib");
gain = vslider(".amp.out_master[name:Level]", 0, -50, 4, 0.1) : ba.db2linear : smoothi(0.999);
process = *(gain), *(gain);
|
|
4a1046b13cd1cb3df3630ff606af93d629c751fd64e977f81a0b7f9207aaf519 | brummer10/guitarix | gxnoamp.dsp | declare id "noamp"; // in amp tube ba.selector
declare name "---";
import("stdfaust.lib");
import("guitarix.lib");
process = *(gain1) with {
gain1 = ampctrl.gain1;
};
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/gxnoamp.dsp | faust | in amp tube ba.selector | declare name "---";
import("stdfaust.lib");
import("guitarix.lib");
process = *(gain1) with {
gain1 = ampctrl.gain1;
};
|
1e9aa60303d5921d76f2393bfd69431b5a5f99a67c9320338bc806fbe75bb545 | brummer10/guitarix | outputgain.dsp | declare name "amp";
import("stdfaust.lib");
import("guitarix.lib");
gain = vslider("out_master[name:out / master]", 0, -40, 40, 0.1) : ba.db2linear : smoothi(0.999);
process = *(gain);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/outputgain.dsp | faust | declare name "amp";
import("stdfaust.lib");
import("guitarix.lib");
gain = vslider("out_master[name:out / master]", 0, -40, 40, 0.1) : ba.db2linear : smoothi(0.999);
process = *(gain);
|
|
c921ef148e3899589af3d947bbc4345199c7a7a6e1229dd4f709a417d22636cd | brummer10/guitarix | inputgain.dsp | declare name "amp";
import("stdfaust.lib");
import("guitarix.lib");
gain = vslider("in_level[name:in / level]", 0, -40, 40, 0.1) : ba.db2linear : smoothi(0.999);
process = *(gain);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/inputgain.dsp | faust | declare name "amp";
import("stdfaust.lib");
import("guitarix.lib");
gain = vslider("in_level[name:in / level]", 0, -40, 40, 0.1) : ba.db2linear : smoothi(0.999);
process = *(gain);
|
|
adaa30baa30aa744864689ab782eaf51e5912560ad314b1cff0fe6e8313adfb9 | brummer10/guitarix | gx_outputlevel.dsp | import("stdfaust.lib");
import("guitarix.lib");
gain = vslider(".amp.out_master[name:Level][tooltip:Overall Rack output Volume]", 0, -50, 4, 0.1) : ba.db2linear : smoothi(0.999);
process = *(gain), *(gain);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/gx_outputlevel.dsp | faust | import("stdfaust.lib");
import("guitarix.lib");
gain = vslider(".amp.out_master[name:Level][tooltip:Overall Rack output Volume]", 0, -50, 4, 0.1) : ba.db2linear : smoothi(0.999);
process = *(gain), *(gain);
|
|
9db285badde55b42289b9ea71255b5bf2643f8e3b39f62e0e7a0cc5c9d74c36e | brummer10/guitarix | gx_ampout.dsp | declare id "amp";
declare name "Amplifier";
import("stdfaust.lib");
import("guitarix.lib");
gain = vslider(".amp.out_amp[name:Level]", 0, -20, 4, 0.1) : ba.db2linear : smoothi(0.999);
process = *(gain);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/gx_ampout.dsp | faust | declare id "amp";
declare name "Amplifier";
import("stdfaust.lib");
import("guitarix.lib");
gain = vslider(".amp.out_amp[name:Level]", 0, -20, 4, 0.1) : ba.db2linear : smoothi(0.999);
process = *(gain);
|
|
2f694f3555ba08d3846eff6006d9b54c4df0f48712752f8b050c39beb8ea4c09 | brummer10/guitarix | gxnoamp.dsp | declare id "noamp"; // in amp tube ba.selector
declare name "---";
import("stdfaust.lib");
import("guitarix.lib");
process = *(preamp) : *(gain1) with {
gain1 = ampctrl.gain1;
preamp = ampctrl.preamp;
};
| https://raw.githubusercontent.com/brummer10/guitarix/b3ebbb628b61a72cd8cbd5c4a753c35723e262a0/trunk/src/LV2/faust/gxnoamp.dsp | faust | in amp tube ba.selector | declare name "---";
import("stdfaust.lib");
import("guitarix.lib");
process = *(preamp) : *(gain1) with {
gain1 = ampctrl.gain1;
preamp = ampctrl.preamp;
};
|
5fef2c6ce96dd9d99cfd1ad4908975660e1bd7a9201466845113df46a585c005 | brummer10/guitarix | vibe_mono_lfo_triangle.dsp | import("guitarix.lib");
import("stdfaust.lib");
trianglewave(periodsamps) = rawsaw(periodsamps) : triangleshaper with {
triangleshaper = 2 * _ / periodsamps <: select2(_ > 1, _, 2 - _);
};
process = trianglewave(periodsamps) with {
periodsamps = ma.SR/vibe_mono_lfo_ctrl.freq;
};
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/vibe_mono_lfo_triangle.dsp | faust | import("guitarix.lib");
import("stdfaust.lib");
trianglewave(periodsamps) = rawsaw(periodsamps) : triangleshaper with {
triangleshaper = 2 * _ / periodsamps <: select2(_ > 1, _, 2 - _);
};
process = trianglewave(periodsamps) with {
periodsamps = ma.SR/vibe_mono_lfo_ctrl.freq;
};
|
|
2bc6425f81922627157545c0d87b659260abad55fe6de451d2b96d4c7652523e | brummer10/guitarix | vibe_lfo_sine.dsp | import("guitarix.lib");
import("stdfaust.lib");
process = os.oscrq(vibe_lfo_ctrl.freq) : phase_shift(vibe_lfo_ctrl.phase) <: scale, scale with {
phase_shift(p, x, y) = x, x * cos(p) + y * sin(p);
scale = (1 + _) / 2;
};
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/vibe_lfo_sine.dsp | faust | import("guitarix.lib");
import("stdfaust.lib");
process = os.oscrq(vibe_lfo_ctrl.freq) : phase_shift(vibe_lfo_ctrl.phase) <: scale, scale with {
phase_shift(p, x, y) = x, x * cos(p) + y * sin(p);
scale = (1 + _) / 2;
};
|
|
4b12e04e06f43c3fcad75e2e7ed433c2181b3c04dccec87f40ecb66463d65670 | brummer10/guitarix | lowpass_up.dsp |
import("stdfaust.lib");
import("guitarix.lib");
ssclip(x) = a : sym_clip(0.9) with {
th = 0.33;
a = ba.if(abs(x)<th, 2*x, copysign(x,(3-(2-x*3)^2)/3));
};
process = fi.lowpass(1,5631): fi.highpass(1,80):ssclip ;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/lowpass_up.dsp | faust |
import("stdfaust.lib");
import("guitarix.lib");
ssclip(x) = a : sym_clip(0.9) with {
th = 0.33;
a = ba.if(abs(x)<th, 2*x, copysign(x,(3-(2-x*3)^2)/3));
};
process = fi.lowpass(1,5631): fi.highpass(1,80):ssclip ;
|
|
c5e91eeb64732eeb6f7f15a2385f57a74186e1edad1daf2f8934961662c31854 | brummer10/guitarix | highbooster.dsp | declare name "Treble boost";
declare category "Tone Control";
import("stdfaust.lib");
level = vslider("Level", 0.5, 0.0, 20, 0.5) ;
hfboost(level,fx,x) = x + (ba.db2linear(level)-1)*fi.highpass(1,fx,x);
process = hfboost(level, 1500);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/highbooster.dsp | faust | declare name "Treble boost";
declare category "Tone Control";
import("stdfaust.lib");
level = vslider("Level", 0.5, 0.0, 20, 0.5) ;
hfboost(level,fx,x) = x + (ba.db2linear(level)-1)*fi.highpass(1,fx,x);
process = hfboost(level, 1500);
|
|
2674844876469e0ee1906877cae03138da135d848e82693f83a328902716021d | brummer10/guitarix | noiser.dsp | declare id "withe_noise"; //
declare name "withe no.noise";
import("stdfaust.lib");
import("guitarix.lib");
/****************************************************************
** no.noise to avoid denormals
*/
randomr = +(12345)~*(1103515245);
noiser = (randomr/2147483647.0) * 0.00000000001;
process = + ( noiser);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/noiser.dsp | faust |
***************************************************************
** no.noise to avoid denormals
| declare name "withe no.noise";
import("stdfaust.lib");
import("guitarix.lib");
randomr = +(12345)~*(1103515245);
noiser = (randomr/2147483647.0) * 0.00000000001;
process = + ( noiser);
|
429c866ee8ed6f726f67ad8419400bd7043bb36141533f1c6ab96517136a5cd1 | brummer10/guitarix | gxnoamp_stereo.dsp | declare id "noampstereo"; // in amp tube ba.selector
declare name "---";
import("stdfaust.lib");
import("guitarix.lib");
amp = *(preamp) : *(gain1) with {
gain1 = ampctrl.gain1;
preamp = ampctrl.preamp;
};
process = amp, amp;
| https://raw.githubusercontent.com/brummer10/guitarix/b3ebbb628b61a72cd8cbd5c4a753c35723e262a0/trunk/src/LV2/faust/gxnoamp_stereo.dsp | faust | in amp tube ba.selector | declare name "---";
import("stdfaust.lib");
import("guitarix.lib");
amp = *(preamp) : *(gain1) with {
gain1 = ampctrl.gain1;
preamp = ampctrl.preamp;
};
process = amp, amp;
|
1d0f9d2425a910383924b9b4e840c3313eb92a2430adcd0629d00c884c989e69 | brummer10/guitarix | fizz_remover.dsp | declare id "antyfizz";
declare name "Fizz Remover";
//declare category "Tone Control";
declare license "BSD";
import("stdfaust.lib");
process = fi.peak_eq_cq(-8.5,5556,8.5), fi.peak_eq_cq(-8.5,5556,8.5);
| https://raw.githubusercontent.com/brummer10/guitarix/750a6af1cb7ef9781b750c84a651076fba03d9d3/trunk/src/faust/fizz_remover.dsp | faust | declare category "Tone Control"; | declare id "antyfizz";
declare name "Fizz Remover";
declare license "BSD";
import("stdfaust.lib");
process = fi.peak_eq_cq(-8.5,5556,8.5), fi.peak_eq_cq(-8.5,5556,8.5);
|
0bbf7203b0e321c35c749dca6b26f71b0a7a89ca14ecdf74ec2a6dd50fb0e518 | brummer10/guitarix | low_high_cut.dsp | declare id "low_highcut";
declare name "low high cut";
declare shortname "L/H/Filter";
declare category "Tone Control";
import("stdfaust.lib");
import("guitarix.lib");
process = +(anti_denormal_ac) : ef.speakerbp(23.,999.);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/low_high_cut.dsp | faust | declare id "low_highcut";
declare name "low high cut";
declare shortname "L/H/Filter";
declare category "Tone Control";
import("stdfaust.lib");
import("guitarix.lib");
process = +(anti_denormal_ac) : ef.speakerbp(23.,999.);
|
|
4a71be7aed0d08578417a9f46df012a06422f2be32dd6942479e0425dc662109 | brummer10/guitarix | softclip.dsp | declare id "amp.clip";
import("stdfaust.lib");
import("guitarix.lib");
b = hslider(".amp.fuzz", 0.0, 0.0, 1.99, 0.01);
a = 2-b;
//cut(x) = (ma.fabs (x-a) -ma.fabs (x+a))*0.5;
r(x) = x-sym_clip(a*0.88);
process(x) = x:sym_clip(a*0.88) <:+(r(x)*0.33);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/softclip.dsp | faust | cut(x) = (ma.fabs (x-a) -ma.fabs (x+a))*0.5; | declare id "amp.clip";
import("stdfaust.lib");
import("guitarix.lib");
b = hslider(".amp.fuzz", 0.0, 0.0, 1.99, 0.01);
a = 2-b;
r(x) = x-sym_clip(a*0.88);
process(x) = x:sym_clip(a*0.88) <:+(r(x)*0.33);
|
88eeaeccca35e51afa0af529a4f99f368d0b6abd1603046b909ce0106b0f2868 | brummer10/guitarix | stereo_noiser.dsp | declare id "withe_noise_stereo"; //
declare name "withe noise_stereo";
import("stdfaust.lib");
import("guitarix.lib");
/****************************************************************
** no.noise to avoid denormals
*/
randomr = +(12345)~*(1103515245);
noiser = (randomr/2147483647.0) * 0.00000000001;
process = + ( noiser), + ( noiser);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/stereo_noiser.dsp | faust |
***************************************************************
** no.noise to avoid denormals
| declare name "withe noise_stereo";
import("stdfaust.lib");
import("guitarix.lib");
randomr = +(12345)~*(1103515245);
noiser = (randomr/2147483647.0) * 0.00000000001;
process = + ( noiser), + ( noiser);
|
780fb3903005d34a715067b4e7474c98b9f5ad825bd91f0ef5dbd1b445086a6a | brummer10/guitarix | tranyclipper.dsp | declare id "tranclip";
declare name "Clip";
declare category "Fuzz";
declare samplerate "96000";
import("stdfaust.lib");
import("trany.lib");
process = tranystage(TB_7199P_68k,86.0,2700.0,3.571981) : tranystage(TB_7199P_68k,86.0,2700.0,3.571981) ;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/tranyclipper.dsp | faust | declare id "tranclip";
declare name "Clip";
declare category "Fuzz";
declare samplerate "96000";
import("stdfaust.lib");
import("trany.lib");
process = tranystage(TB_7199P_68k,86.0,2700.0,3.571981) : tranystage(TB_7199P_68k,86.0,2700.0,3.571981) ;
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e95d2154721b722b327a54ae399b26227b9de196f80b0a6b772087a89d9f09ce | brummer10/guitarix | tranyclipper3.dsp | declare id "tranclip";
declare name "Clip";
declare category "Fuzz";
declare samplerate "96000";
import("stdfaust.lib");
import("trany.lib");
process = tranystage(TB_KT88_68k,86.0,2700.0,5.562895) : tranystage(TB_KT88_68k,86.0,2700.0,5.562895) ;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/tranyclipper3.dsp | faust | declare id "tranclip";
declare name "Clip";
declare category "Fuzz";
declare samplerate "96000";
import("stdfaust.lib");
import("trany.lib");
process = tranystage(TB_KT88_68k,86.0,2700.0,5.562895) : tranystage(TB_KT88_68k,86.0,2700.0,5.562895) ;
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c90402819b5ede6cfe899252e6b0a9b3b73ed739518f3f052a980db0e0a90bb9 | brummer10/guitarix | highbooster.dsp | declare id "highbooster";
declare name "Treble Boost";
declare category "Tone Control";
import("stdfaust.lib");
level = vslider("Level[name:Level]", 0.5, 0., 20., 0.5) ;
hfboost(level,fx,x) = x + (ba.db2linear(level)-1)*fi.highpass(1,fx,x);
process = hfboost(level, 1500);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/highbooster.dsp | faust | declare id "highbooster";
declare name "Treble Boost";
declare category "Tone Control";
import("stdfaust.lib");
level = vslider("Level[name:Level]", 0.5, 0., 20., 0.5) ;
hfboost(level,fx,x) = x + (ba.db2linear(level)-1)*fi.highpass(1,fx,x);
process = hfboost(level, 1500);
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d621fcb0daa5f453118589d4a3eb59fc43a01e100e418b7006c3ce416021d8ff | brummer10/guitarix | delay.dsp | declare name "Delay";
declare category "Echo / Delay";
import("stdfaust.lib");
import("guitarix.lib");
msec = ma.SR/1000.0;
gain = vslider("gain", 0, -20, 20, 0.1) : ba.db2linear : smoothi(0.999);
d = vslider("de.delay", 0, 0, 5000, 10)*msec;
process = _ <: _ + gain * de.fdelay5s(d) :> _;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/delay.dsp | faust | declare name "Delay";
declare category "Echo / Delay";
import("stdfaust.lib");
import("guitarix.lib");
msec = ma.SR/1000.0;
gain = vslider("gain", 0, -20, 20, 0.1) : ba.db2linear : smoothi(0.999);
d = vslider("de.delay", 0, 0, 5000, 10)*msec;
process = _ <: _ + gain * de.fdelay5s(d) :> _;
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02f0973184f6627c4e7aee4b25446a76e9b9436e7c16e6414f1732188bad0cf6 | brummer10/guitarix | gx_feedback.dsp | declare id "feedback";
declare name "Feedback";
declare category "Tone Control";
import("stdfaust.lib");
import("guitarix.lib");
feedback = hslider("feedback", 0, -1, 1, 0.01);
fbackw = (- : ma.neg ) ~ (feedback * _'''');
wet = vslider("wet_dry", 100, 0, 100, 1) : /(100);
dry = 1 - wet;
process = _<:*(dry),(*(wet): fbackw ):>_;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/gx_feedback.dsp | faust | declare id "feedback";
declare name "Feedback";
declare category "Tone Control";
import("stdfaust.lib");
import("guitarix.lib");
feedback = hslider("feedback", 0, -1, 1, 0.01);
fbackw = (- : ma.neg ) ~ (feedback * _'''');
wet = vslider("wet_dry", 100, 0, 100, 1) : /(100);
dry = 1 - wet;
process = _<:*(dry),(*(wet): fbackw ):>_;
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a093078094220897ab7c18799f55d59cbf9d40763f4c702d66a20ee073e7b3c3 | brummer10/guitarix | lowpass_down.dsp |
import("stdfaust.lib");
import("reducemaps.lib");
import("guitarix.lib");
vmeter1(x) = attach(x, envelop(x) : vbargraph("v1[unit:dB]", -70, +5));
envelop = abs : max ~ (1.0/ma.SR) : mean(4096) ; // : max(ba.db2linear(-70)) : ba.linear2db;
process = fi.lowpass(1,5631): fi.highpass(1,80): vmeter1 ;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/lowpass_down.dsp | faust | : max(ba.db2linear(-70)) : ba.linear2db; |
import("stdfaust.lib");
import("reducemaps.lib");
import("guitarix.lib");
vmeter1(x) = attach(x, envelop(x) : vbargraph("v1[unit:dB]", -70, +5));
process = fi.lowpass(1,5631): fi.highpass(1,80): vmeter1 ;
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f1243ec9d428b091a4b8186135a23a4c9ffe3bebf12d527a8f1e0e15e4ada1c5 | brummer10/guitarix | stage3.dsp | import("stdfaust.lib");
import("guitarix.lib");
/****************************************************************
** Tube Preamp Emulation stage 3
*/
process = hgroup("stage3", BP(stage3))
with {
stage3 = lowpass1(6531.0) : component("amp2.dsp").tubestage(TB_12AX7_250k,194.0,820.0,0.840703) : *(gain3) with {
gain3 = vslider("gain3", 6, -10.0, 20.0, 0.1) : ba.db2linear : smoothi(0.999);
};
};
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/stage3.dsp | faust | ***************************************************************
** Tube Preamp Emulation stage 3
| import("stdfaust.lib");
import("guitarix.lib");
process = hgroup("stage3", BP(stage3))
with {
stage3 = lowpass1(6531.0) : component("amp2.dsp").tubestage(TB_12AX7_250k,194.0,820.0,0.840703) : *(gain3) with {
gain3 = vslider("gain3", 6, -10.0, 20.0, 0.1) : ba.db2linear : smoothi(0.999);
};
};
|
8a07433d00b78c8f924aa7bcd8855b62d9aa5d45d185b853a506d1dc974ae4b0 | brummer10/guitarix | moog.dsp | declare id "moog";
declare name "Moog Filter";
declare category "Tone Control";
declare license "BSD";
import("stdfaust.lib");
import("guitarix.lib");
Q = hslider("Q", 1, 0, 4, 0.1);
fr = hslider("fr", 3000, 440, 6000, 10): smoothi(0.999);
process = ( +(anti_denormal_ac): moogvcfN(Q,fr)), (+(anti_denormal_ac): moogvcfN(Q,fr));
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/moog.dsp | faust | declare id "moog";
declare name "Moog Filter";
declare category "Tone Control";
declare license "BSD";
import("stdfaust.lib");
import("guitarix.lib");
Q = hslider("Q", 1, 0, 4, 0.1);
fr = hslider("fr", 3000, 440, 6000, 10): smoothi(0.999);
process = ( +(anti_denormal_ac): moogvcfN(Q,fr)), (+(anti_denormal_ac): moogvcfN(Q,fr));
|
|
ca4b1beeb92396031ce9bdbfdb0411211d2f5b07fe168ff2fde760d680936a67 | brummer10/guitarix | gx_feedback.dsp | declare id "feedback";
declare name "Feedback";
declare category "Tone Control";
import("stdfaust.lib");
import("guitarix.lib");
feedback = hslider("feedback[name:Feedback]", 0, -1, 1, 0.01);
fbackw = (- : ma.neg ) ~ (feedback * _'''');
wet = vslider("wet_dry[name:Dry/Wet]", 100, 0, 100, 1) : /(100);
dry = 1 - wet;
process = _<:*(dry),(*(wet): fbackw ):>_;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/gx_feedback.dsp | faust | declare id "feedback";
declare name "Feedback";
declare category "Tone Control";
import("stdfaust.lib");
import("guitarix.lib");
feedback = hslider("feedback[name:Feedback]", 0, -1, 1, 0.01);
fbackw = (- : ma.neg ) ~ (feedback * _'''');
wet = vslider("wet_dry[name:Dry/Wet]", 100, 0, 100, 1) : /(100);
dry = 1 - wet;
process = _<:*(dry),(*(wet): fbackw ):>_;
|
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fb355abc0288b282a5f06b144dc24406ff8d591f4c3151f048657fa564b64371 | brummer10/guitarix | tube3.dsp | // dsp algorithm from swh ladspa valve plugin (Steve Harrison)
import("stdfaust.lib");
import("guitarix.lib");
g = vslider("g", 1, 0.2, 2, 0.1);
vt = valve.vt(dist, q) : *(g) : ma.neg : valve.vt(dist, q) : ma.neg with
{
q_p = vslider("q", 0.4, 0.4, 1, 0.001);
dist_p = vslider("dist", 0, 0, 1.7, 0.01);
q = -q_p*-q_p*-q_p;
dist = pow(10,dist_p);
};
process = vt ;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/tube3.dsp | faust | dsp algorithm from swh ladspa valve plugin (Steve Harrison) |
import("stdfaust.lib");
import("guitarix.lib");
g = vslider("g", 1, 0.2, 2, 0.1);
vt = valve.vt(dist, q) : *(g) : ma.neg : valve.vt(dist, q) : ma.neg with
{
q_p = vslider("q", 0.4, 0.4, 1, 0.001);
dist_p = vslider("dist", 0, 0, 1.7, 0.01);
q = -q_p*-q_p*-q_p;
dist = pow(10,dist_p);
};
process = vt ;
|
64491676c7b2cfd08f7fd081a22f3926eb4d9ca590b82f5f8c310ea57eaeff0b | brummer10/guitarix | gx_outputlevel_ladspa.dsp | // Alternate gx_outputlevel definion for ladspa stereo plugin
declare groups ".amp";
import("stdfaust.lib");
import("guitarix.lib");
gain = (slider1 + slider2) : ba.db2linear : smoothi(0.999) with {
slider1 = vslider(".amp.out_master[name:Level]", 0, -50, 4, 0.1);
slider2 = vslider(".amp.out_master_ladspa[name:Ladspa Level]", 0, -20, 20, 0.1);
};
process = *(gain), *(gain);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/gx_outputlevel_ladspa.dsp | faust | Alternate gx_outputlevel definion for ladspa stereo plugin |
declare groups ".amp";
import("stdfaust.lib");
import("guitarix.lib");
gain = (slider1 + slider2) : ba.db2linear : smoothi(0.999) with {
slider1 = vslider(".amp.out_master[name:Level]", 0, -50, 4, 0.1);
slider2 = vslider(".amp.out_master_ladspa[name:Ladspa Level]", 0, -20, 20, 0.1);
};
process = *(gain), *(gain);
|
5efd1bc8a2d6fea3d3462866f085565736f859200cd26b96793aef5b37d84416 | brummer10/guitarix | gx_outputlevel_ladspa.dsp | // Alternate gx_outputlevel definion for ladspa stereo plugin
declare groups ".amp[Default]";
import("stdfaust.lib");
import("guitarix.lib");
gain = (slider1 + slider2) : ba.db2linear : smoothi(0.999) with {
slider1 = vslider(".amp.out_master[name:Level]", 0, -50, 4, 0.1);
slider2 = vslider(".amp.out_master_ladspa[name:Ladspa Level]", 0, -20, 20, 0.1);
};
process = *(gain), *(gain);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/gx_outputlevel_ladspa.dsp | faust | Alternate gx_outputlevel definion for ladspa stereo plugin |
declare groups ".amp[Default]";
import("stdfaust.lib");
import("guitarix.lib");
gain = (slider1 + slider2) : ba.db2linear : smoothi(0.999) with {
slider1 = vslider(".amp.out_master[name:Level]", 0, -50, 4, 0.1);
slider2 = vslider(".amp.out_master_ladspa[name:Ladspa Level]", 0, -20, 20, 0.1);
};
process = *(gain), *(gain);
|
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