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Copy pathMultiband Processor (Tukan)
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Multiband Processor (Tukan)
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desc:Multiband Processor (Tukan)
//tags: analysis FFT meter spectrum
//author: Cockos
/*
Copyright (C) 2007 Cockos Incorporated
License: LGPL - http://www.gnu.org/licenses/lgpl.html
*/
slider1:10<0,11,1{16,32,64,128,256,512,1024,2048,4096,8192,16384,32768}>-FFT size
slider2:-120<-450,-12,6>-floor
slider3:0<0,1,1>-Control Colors
slider4:2<0,3,1{rectangular,hamming,blackman-harris,blackman}>-window
slider5:500<0,2500,1>-integration time (ms)
slider6:0<0,12,0.1>-slope (dB/octave)
slider7:1000<10,10000,1>-octave gain center (Hz)
slider8:-30<-60,0,1>-Top Scaling
slider9:200<0,20000,1>-Crossover 1 (Hz)
slider10:2000<0,20000,1>-Crossover 2 (Hz)
slider11:5000<0,20000,1>-Crossover 3 (Hz)
slider12:1<0,6,.01>-Scaling
slider13:4<0,4,1>-n Bands
slider14:0<-50,0,0.1>-14 Band 1 Threshold (dB)
slider15:0<0,100,1>-15 Band 1 Knee (%)
slider16:2<1,20,0.1>-16 Band 1 Ratio
slider17:3<1,50,0.1>-17 Band 1 Attack (ms)
slider18:100<10,1000,1>-18 Band 1 Release (ms)
slider19:0<-24,24,0.1>-19 Band 1 Output (dB)
slider20:1<0,1,1>-20 Band 1 Comp on
slider21:0<-50,0,0.1>-21 Band 2 Threshold (dB)
slider22:0<0,100,1>-22 Band 2 Knee (%)
slider23:2<1,20,0.1>-23 Band 2 Ratio
slider24:3<1,50,0.1>-24 Band 2 Attack (ms)
slider25:100<10,1000,1>-25 Band 2 Release (ms)
slider26:0<-24,24,0.1>-26 Band 2 Output (dB)
slider27:1<0,1,1>-27 Band 2 Comp on
slider28:0<-50,0,0.1>-28 Band 3 Threshold (dB)
slider29:0<0,100,1>-29 Band 3 Knee (%)
slider30:2<1,20,0.1>-30 Band 3 Ratio
slider31:3<1,50,0.1>-31 Band 3 Attack (ms)
slider32:100<10,1000,1>-32 Band 3 Release (ms)
slider33:0<-24,24,0.1>-33 Band 3 Output (dB)
slider34:1<0,1,1>-34 Band 3 Comp on
slider35:0<-50,0,0.1>-35 Band 4 Threshold (dB)
slider36:0<0,100,1>-36 Band 4 Knee (%)
slider37:2<1,20,0.1>-37 Band 4 Ratio
slider38:3<1,50,0.1>-38 Band 4 Attack (ms)
slider39:100<10,1000,1>-39 Band 4 Release (ms)
slider40:0<-24,24,0.1>-40 Band 4 Output (dB)
slider41:1<0,1,1>-41 Band 4 Comp on
slider42:0<-100,100,1>-42 Band 1 Attack (%)
slider43:0<-100,100,1>-43 Band 1 Sustain (%)
slider44:0<-100,100,1>-44 Band 2 Attack (%)
slider45:0<-100,100,1>-45 Band 2 Sustain (%)
slider46:0<-100,100,1>-46 Band 3 Attack (%)
slider47:0<-100,100,1>-47 Band 3 Sustain (%)
slider48:0<-100,100,1>-48 Band 4 Attack (%)
slider49:0<-100,100,1>-49 Band 4 Sustain (%)
slider50:0<0,1,1>-50 Band 1 Comp first
slider51:0<0,1,1>-51 Band 2 Comp first
slider52:0<0,1,1>-52 Band 3 Comp first
slider53:0<0,1,1>-53 Band 4 Comp first
slider54:1<0,1,1>-54 Band 1 Env On
slider55:1<0,1,1>-55 Band 2 Env On
slider56:1<0,1,1>-56 Band 3 Env On
slider57:1<0,1,1>-57 Band 4 Env On
slider58:0.5<0,1,0.01>-58 Band 1 MS Processing
slider59:0.5<0,1,0.01>-59 Band 2 MS Processing
slider60:0.5<0,1,0.01>-60 Band 3 MS Processing
slider61:0.5<0,1,0.01>-61 Band 4 MS Processing
slider62:1<0,1,1>-Show GR in Analyzer
slider63:1<0,1,1>-Show OutGain in Analyzer
in_pin:left input
in_pin:right input
out_pin:left output
out_pin:right output
//options:no_meter
filename:0,BusTools/50knob.png
filename:1,BusTools/onoff.png
filename:2,BusTools/flip.png
filename:3,BusTools/3S.png
filename:4,BusTools/MBMBack.png
filename:5,BusTools/MBCBack.png
filename:6,BusTools/MBEBack.png
filename:7,BusTools/60knob_p.png
filename:8,BusTools/60knob_y.png
filename:9,BusTools/60knob_o.png
filename:10,BusTools/60knob_c.png
filename:11,BusTools/50cknob.png
filename:12,BusTools/60cknob_p.png
filename:13,BusTools/60cknob_y.png
filename:14,BusTools/60cknob_o.png
filename:15,BusTools/60cknob_c.png
filename:16,BusTools/50tknob.png
filename:17,BusTools/60tknob_p.png
filename:18,BusTools/60tknob_y.png
filename:19,BusTools/60tknob_o.png
filename:20,BusTools/60tknob_c.png
filename:21,BusTools/MBBack.png
filename:22,BusTools/menu.png
@init
band1_on = 1;
band2_on = 1;
band3_on = 1;
band4_on = 1;
//gfx_ext_retina == 0 ? gfx_ext_retina = 1;
gfx_clear=0;
gfx_ext_retina = 1;
ext_noinit=1;
ext_nodenorm=1;
cDenorm=10^-30;
recpos=0;
max_fft_size=32768;
fftsize=max_fft_size;
windowtype=-1;
fftidx=-1;
histsize=max_fft_size + (max_fft_size*0.5 - 1);
window=histsize;
fftworkspace=window+(max_fft_size*0.5 + 1);
integrate_buf = fftworkspace + max_fft_size*2;
dbc = 20/log(10);
function db2ratio(d) ( 10^(d/20); );
function ratio2db(r) ( log(abs(r))*dbc; );
function rgb255(r g b) (
gfx_r = r/255;
gfx_g = g/255;
gfx_b = b/255;
);
lastCap=1;
mouse_wheel=1;
coords=srate+1;
initial = 0;
/******************************* GUI Function ***********************************/
caller = 0;
function limitgui(s low up)
( min(max(s, low), up) );
function xy(x y)
( gfx_x = x; gfx_y = y; );
function rgb(r g b)
( gfx_r = r; gfx_g = g; gfx_b = b; );
function rectIn (xIn_ yIn_ wIn frames_ scaling_ file_) // x y width/height frames scaling file
instance (xIn yIn widthIn heightIn frames scaling file)
(
xIn = xIn_;
yIn = yIn_;
widthIn = wIn;
heightIn = wIn;
frames = frames_;
scaling = scaling_;
file = file_;
);
/*
function rectOut (xOut_ yOut_ wOut hOut c i)
instance (xOut yOut widthOut heightOut count index)
(
xOut = xOut_;
yOut = yOut_;
widthOut = wOut;
heightOut = hOut;
count = c;
index = i;
);
*/
function potVal(v)
instance (frame val minVal maxVal count heightOut)
(
val = v;
frame = (val - minVal) * (count - 1) / (maxVal - minVal) + 0.5;
frame |= 0;
);
function potCfg (default_ minVal_ maxVal_ step_ slider_)
instance (default minVal maxVal step vslider)
(
default = default_;
minVal = minVal_;
maxVal = maxVal_;
step = step_;
vslider = slider_;
);
function knob()
instance (xIn yIn widthin minVal MaxVal frames vslider file scaling potval)
(
//gfx_a=1;
gfx_x=xIn; gfx_y=yIn;
weg = abs(minVal - maxVal);
//scry = kbitmap*(floor((kframe-1)*(kslider / weg)));
kframe = (slider(vslider) - minVal) * (frames-1) / (maxVal - minVal);// + 0.5;
scry = widthIn * floor(kframe);
gfx_blit(file,scaling,0,1,scry,widthin,widthin);
);
function knob2()
instance (xIn yIn widthin minVal MaxVal frames vslider file scaling potval)
(
//gfx_a=1;
gfx_x=xIn; gfx_y=yIn+180;
weg = abs(minVal - maxVal);
//scry = kbitmap*(floor((kframe-1)*(kslider / weg)));
kframe = (slider(vslider) - minVal) * (frames-1) / (maxVal - minVal);// + 0.5;
scry = widthIn * floor(kframe);
gfx_blit(file,scaling,0,1,scry,widthin,widthin);
);
function collision ()
instance (xIn yIn widthIn heightIn)
(
mouse_x > xIn*zfct && mouse_x < xIn*zfct + widthIn*zfct && mouse_y > yIn*zfct && mouse_y < yIn*zfct + heightIn*zfct
);
function dragStart ()
instance (dragging yOld default vslider valold)
(
!ctrl ? (
yOld = mouse_y;
dragging = 1;
valold = slider(vslider);
) :
(slider(vslider) = default;
valold = slider(vslider););
slider_automate(slider(vslider));
caller = 1;
);
function dragStop()
instance (dragging val valOld)
(
dragging = 0;
valOld = val;
);
function potDrag()
local (val nachkomma)
instance (valOld minVal maxVal yOld step vslider xIn yIn)
(
!shift ? (
mstep = (this.maxval - this.minval)/100;
val = valOld + (yOld - mouse_y) * mstep;
val = limitgui(val, minVal, maxVal);
slider(vslider) = val;
slider_automate(slider(vslider));
this.potVal(val);
caller = 1;
gfx_x = xIn-5; gfx_y = yIn-20;
gfx_r = 1; gfx_g=0.5; gfx_b=0; gfx_a=1;
abs(val) > 100 ? (nachkomma = 0):(nachkomma=1);
//gfx_drawnumber(val,1);
):(
val = valOld + (yOld - mouse_y) * ((this.maxval - this.minval)/1000);
val = limitgui(val, minVal, maxVal);
slider(vslider) = val;
slider_automate(slider(vslider));
this.potVal(val);
caller = 1;
gfx_x = xIn-5; gfx_y = yIn-20;
gfx_r = 1; gfx_g=0.5; gfx_b=0; gfx_a=1;
abs(val) > 100 ? (nachkomma = 0):(nachkomma=1);
//gfx_drawnumber(val,1);
);
);
function potWheel()
local (val)
instance (valOld minVal maxVal step vslider)
(
mstep = (this.maxval - this.minval)/100;
val = valOld + (mouse_wheel/36)*mstep;
val = limitgui(val, minVal, maxVal);
slider(vslider) = val;
slider_automate(slider(vslider));
valOld=val;
mouse_wheel=0;
caller = 1;
);
gMBC1_Thresh.potcfg (0,-50,0,.3,14); // default, min, max, step, slider
gMBC1_Knee.potcfg (0,0,100,.3,15);
gMBC1_Ratio.potcfg (2,1,20,.3,16);
gMBC1_Attack.potcfg (3,1,50,.3,17);
gMBC1_Release.potcfg (100,10,1000,.3,18);
gMBC1_Gain.potcfg (0,-24,24,.3,19);
gMBC2_Thresh.potcfg (0,-50,0,.3,21); // default, min, max, step, slider
gMBC2_Knee.potcfg (0,0,100,.3,22);
gMBC2_Ratio.potcfg (2,1,20,.3,23);
gMBC2_Attack.potcfg (3,1,50,.3,24);
gMBC2_Release.potcfg (100,10,1000,.3,25);
gMBC2_Gain.potcfg (0,-24,24,.3,26);
gMBC3_Thresh.potcfg (0,-50,0,.3,28); // default, min, max, step, slider
gMBC3_Knee.potcfg (0,0,100,.3,29);
gMBC3_Ratio.potcfg (2,1,20,.3,30);
gMBC3_Attack.potcfg (3,1,50,.3,31);
gMBC3_Release.potcfg (100,10,1000,.3,32);
gMBC3_Gain.potcfg (0,-24,24,.3,33);
gMBC4_Thresh.potcfg (0,-50,0,.3,35); // default, min, max, step, slider
gMBC4_Knee.potcfg (0,0,100,.3,36);
gMBC4_Ratio.potcfg (2,1,20,.3,37);
gMBC4_Attack.potcfg (3,1,50,.3,38);
gMBC4_Release.potcfg (100,10,1000,.3,39);
gMBC4_Gain.potcfg (0,-24,24,.3,40);
gMBE1_Attack.potcfg (0,-100,100,.3,42);
gMBE1_Sustain.potcfg (0,-100,100,.3,43);
gMBE2_Attack.potcfg (0,-100,100,.3,44);
gMBE2_Sustain.potcfg (0,-100,100,.3,45);
gMBE3_Attack.potcfg (0,-100,100,.3,46);
gMBE3_Sustain.potcfg (0,-100,100,.3,47);
gMBE4_Attack.potcfg (0,-100,100,.3,48);
gMBE4_Sustain.potcfg (0,-100,100,.3,49);
gMBMS1.potcfg (0.5,0,1,.3,58);
gMBMS2.potcfg (0.5,0,1,.3,59);
gMBMS3.potcfg (0.5,0,1,.3,60);
gMBMS4.potcfg (0.5,0,1,.3,61);
tslider9 = slider9;
tslider10 = slider10;
tslider11 = slider11;
caller = 0;
MBC1_yR = 0;
MBC1_yA = 0;
function MBC1_computeGain(x)
(
(x < MBC1_Tlo) ? x = 0 :
(x > MBC1_Thi) ? x = MBC1_slope * (x - MBC1_Threshold) :
(MBC1_delta = x - MBC1_Tlo;
x = MBC1_delta * MBC1_delta * MBC1_knee_factor;);
);
function MBC1_smoothAverage(x, MBC1_aplhaA, MBC1_aplhaER)
(
MBC1_eps = 0.0000000001;
MBC1_yR = min(x, MBC1_aplhaER * MBC1_yR + (1 - MBC1_aplhaER) * x + MBC1_eps - MBC1_eps);
MBC1_yA = MBC1_aplhaA * MBC1_yA + (1 - MBC1_aplhaA) * MBC1_yR + MBC1_eps - MBC1_eps;
x = MBC1_yA;
);
MBC1_gr_meter = 1;
MBC1_gr_meter_decay = exp(1/(0.3*srate));
MBC2_yR = 0;
MBC2_yA = 0;
function MBC2_computeGain(x)
(
(x < MBC2_Tlo) ? x = 0 :
(x > MBC2_Thi) ? x = MBC2_slope * (x - MBC2_Threshold) :
(MBC2_delta = x - MBC2_Tlo;
x = MBC2_delta * MBC2_delta * MBC2_knee_factor;);
);
function MBC2_smoothAverage(x, MBC2_aplhaA, MBC2_aplhaER)
(
MBC2_eps = 0.0000000001;
MBC2_yR = min(x, MBC2_aplhaER * MBC2_yR + (1 - MBC2_aplhaER) * x + MBC2_eps - MBC2_eps);
MBC2_yA = MBC2_aplhaA * MBC2_yA + (1 - MBC2_aplhaA) * MBC2_yR + MBC2_eps - MBC2_eps;
x = MBC2_yA;
);
MBC2_gr_meter = 1;
MBC2_gr_meter_decay = exp(1/(0.3*srate));
MBC3_yR = 0;
MBC3_yA = 0;
function MBC3_computeGain(x)
(
(x < MBC3_Tlo) ? x = 0 :
(x > MBC3_Thi) ? x = MBC3_slope * (x - MBC3_Threshold) :
(MBC3_delta = x - MBC3_Tlo;
x = MBC3_delta * MBC3_delta * MBC3_knee_factor;);
);
function MBC3_smoothAverage(x, MBC3_aplhaA, MBC3_aplhaER)
(
MBC3_eps = 0.0000000001;
MBC3_yR = min(x, MBC3_aplhaER * MBC3_yR + (1 - MBC3_aplhaER) * x + MBC3_eps - MBC3_eps);
MBC3_yA = MBC3_aplhaA * MBC3_yA + (1 - MBC3_aplhaA) * MBC3_yR + MBC3_eps - MBC3_eps;
x = MBC3_yA;
);
MBC3_gr_meter = 1;
MBC3_gr_meter_decay = exp(1/(0.3*srate));
MBC4_yR = 0;
MBC4_yA = 0;
function MBC4_computeGain(x)
(
(x < MBC4_Tlo) ? x = 0 :
(x > MBC4_Thi) ? x = MBC4_slope * (x - MBC4_Threshold) :
(MBC4_delta = x - MBC4_Tlo;
x = MBC4_delta * MBC4_delta * MBC4_knee_factor;);
);
function MBC4_smoothAverage(x, MBC4_aplhaA, MBC4_aplhaER)
(
MBC4_eps = 0.0000000001;
MBC4_yR = min(x, MBC4_aplhaER * MBC4_yR + (1 - MBC4_aplhaER) * x + MBC4_eps - MBC4_eps);
MBC4_yA = MBC4_aplhaA * MBC4_yA + (1 - MBC4_aplhaA) * MBC4_yR + MBC4_eps - MBC4_eps;
x = MBC4_yA;
);
MBC4_gr_meter = 1;
MBC4_gr_meter_decay = exp(1/(0.3*srate));
///////////////////////////////////// ENVELOPER
MBE1_b1Env1 = -exp(-30 / srate );
MBE1_a0Env1 = 1.0 + MBE1_b1Env1;
MBE1_b1Env2 = -exp(-1250 / srate );
MBE1_a0Env2 = 1.0 + MBE1_b1Env2;
MBE1_b1Env3 = -exp(-3 / srate );
MBE1_a0Env3 = 1.0 + MBE1_b1Env3;
MBE2_b1Env1 = -exp(-30 / srate );
MBE2_a0Env1 = 1.0 + MBE1_b1Env1;
MBE2_b1Env2 = -exp(-1250 / srate );
MBE2_a0Env2 = 1.0 + MBE1_b1Env2;
MBE2_b1Env3 = -exp(-3 / srate );
MBE2_a0Env3 = 1.0 + MBE2_b1Env3;
MBE3_b1Env1 = -exp(-30 / srate );
MBE3_a0Env1 = 1.0 + MBE1_b1Env1;
MBE3_b1Env2 = -exp(-1250 / srate );
MBE3_a0Env2 = 1.0 + MBE1_b1Env2;
MBE3_b1Env3 = -exp(-3 / srate );
MBE3_a0Env3 = 1.0 + MBE3_b1Env3;
MBE4_b1Env1 = -exp(-30 / srate );
MBE4_a0Env1 = 1.0 + MBE1_b1Env1;
MBE4_b1Env2 = -exp(-1250 / srate );
MBE4_a0Env2 = 1.0 + MBE1_b1Env2;
MBE4_b1Env3 = -exp(-3 / srate );
MBE4_a0Env3 = 1.0 + MBE4_b1Env3;
///////////////////////////////////////////////
stattslider_on = 0;
function stattslider () (
stattslider_on = 1;
old_w=0;
Band1_on == 0 ? (
Band2_on == 0 ? (
Band3_on == 0 ? (
Band4_on == 0 ? (
Band1_on = Band2_on = Band3_on = band4_on = 1;
););););
wsc=800/log(1+400); // 800 = a_gfx_w
ueber9 = (log(1.0+(tslider9/44100*2.0)*400)*wsc)+10; //+10pixel
ueber9 = (((exp(ueber9/wsc)-1)/400)*44100*2)/4;
unter10 = (log(1.0+(tslider10/44100*2.0)*400)*wsc)-10; //-10pixel
unter10 = (((exp(unter10/wsc)-1)/400)*44100*2)/4;
ueber10 = (log(1.0+(tslider10/44100*2.0)*400)*wsc)+10; //+10pixel
ueber10 = (((exp(ueber10/wsc)-1)/400)*44100*2)/4;
unter11 = (log(1.0+(tslider11/44100*2.0)*400)*wsc)-10; //-10pixel
unter11 = (((exp(unter11/wsc)-1)/400)*44100*2)/4;
tslider9 = max(20,min(slider9,unter10));
tslider10 = max(min(slider10,unter11),ueber9);
tslider11 = min(22000,max(slider11,ueber10));
slider9 = tslider9;
slider10 = tslider10;
slider11 = tslider11;
slider11 < 1000 ? (slider11 = ceil(slider11)):
slider11 < 10000 ? (slider11 = 10*ceil(slider11/10)):
slider11 >= 10000 ? (slider11 = 100*ceil(slider11/100));
slider10 < 1000 ? (slider10 = ceil(slider10)):
slider10 < 10000 ? (slider10 = 10*ceil(slider10/10)):
slider10 >= 10000 ? (slider10 = 100*ceil(slider10/100));
slider9< 1000 ? (slider9= ceil(slider9)):
slider9< 10000 ? (slider9= 10*ceil(slider9/10)):
slider9>= 10000 ? (slider9= 100*ceil(slider9/100));
freqHI = max(min(slider11,srate),slider10);
xHI = exp(-2.0*$pi*freqHI/srate);
a0HI = 1.0-xHI;
b1HI = -xHI;
freqMID = max(min(min(slider10,srate),slider11),slider9);
xMID = exp(-2.0*$pi*freqMID/srate);
a0MID = 1.0-xMID;
b1MID = -xMID;
freqLOW = min(min(slider9,srate),slider10);
xLOW = exp(-2.0*$pi*freqLOW/srate);
a0LOW = 1.0-xLOW;
b1LOW = -xLOW;
MBC1_Threshold = slider14;
MBC1_knee_width = abs(slider14*2*slider15*0.01);
MBC1_Knee = slider15;
MBC1_ratio = slider16;
MBC1_slope = ((1 - MBC1_ratio) / MBC1_ratio);
MBC1_attack = slider17/1000;
MBC1_release = slider18/1000;
MBC1_aplhaA = MBC1_attack>0 ? exp(-1 / (MBC1_attack * srate)) : 0;
MBC1_aplhaER = MBC1_release>0 ? exp(-1 / (MBC1_release * srate)) : 0;
MBC1_Tlo = (MBC1_Threshold - MBC1_knee_width / 2);
MBC1_Thi = (MBC1_Threshold + MBC1_knee_width / 2);
MBC1_knee_factor = (MBC1_slope / (MBC1_knee_width * 2));
MBC1_output = 10^(slider19/20);
MBC1_on = slider20;
MBC2_Threshold = slider21;
MBC2_knee_width = abs(slider21*2*slider22*0.01);
MBC2_Knee = slider22;
MBC2_ratio = slider23;
MBC2_slope = ((1 - MBC2_ratio) / MBC2_ratio);
MBC2_attack = slider24/1000;
MBC2_release = slider25/1000;
MBC2_aplhaA = MBC2_attack>0 ? exp(-1 / (MBC2_attack * srate)) : 0;
MBC2_aplhaER = MBC2_release>0 ? exp(-1 / (MBC2_release * srate)) : 0;
MBC2_Tlo = (MBC2_Threshold - MBC2_knee_width / 2);
MBC2_Thi = (MBC2_Threshold + MBC2_knee_width / 2);
MBC2_knee_factor = (MBC2_slope / (MBC2_knee_width * 2));
MBC2_output = 10^(slider26/20);
MBC2_on = slider27;
MBC3_Threshold = slider28;
MBC3_knee_width = abs(slider28*2*slider29*0.01);
MBC3_Knee = slider29;
MBC3_ratio = slider30;
MBC3_slope = ((1 - MBC3_ratio) / MBC3_ratio);
MBC3_attack = slider31/1000;
MBC3_release = slider32/1000;
MBC3_aplhaA = MBC3_attack>0 ? exp(-1 / (MBC3_attack * srate)) : 0;
MBC3_aplhaER = MBC3_release>0 ? exp(-1 / (MBC3_release * srate)) : 0;
MBC3_Tlo = (MBC3_Threshold - MBC3_knee_width / 2);
MBC3_Thi = (MBC3_Threshold + MBC3_knee_width / 2);
MBC3_knee_factor = (MBC3_slope / (MBC3_knee_width * 2));
MBC3_output = 10^(slider33/20);
MBC3_on = slider34;
MBC4_Threshold = slider35;
MBC4_knee_width = abs(slider35*2*slider36*0.01);
MBC4_Knee = slider36;
MBC4_ratio = slider37;
MBC4_slope = ((1 - MBC4_ratio) / MBC4_ratio);
MBC4_attack = slider38/1000;
MBC4_release = slider39/1000;
MBC4_aplhaA = MBC4_attack>0 ? exp(-1 / (MBC4_attack * srate)) : 0;
MBC4_aplhaER = MBC4_release>0 ? exp(-1 / (MBC4_release * srate)) : 0;
MBC4_Tlo = (MBC4_Threshold - MBC4_knee_width / 2);
MBC4_Thi = (MBC4_Threshold + MBC4_knee_width / 2);
MBC4_knee_factor = (MBC4_slope / (MBC4_knee_width * 2));
MBC4_output = 10^(slider40/20);
MBC4_on = slider41;
MBE1_attack=slider42/100;
MBE1_sustain=slider43/50;
MBE2_attack=slider44/100;
MBE2_sustain=slider45/50;
MBE3_attack=slider46/100;
MBE3_sustain=slider47/50;
MBE4_attack=slider48/100;
MBE4_sustain=slider49/50;
B1MS = slider58;
B2MS = slider59;
B3MS = slider60;
B4MS = slider61;
stattslider_on = 0;
);
@slider
caller = 1;
@block
slider2 != lfloor ? (
lfloor = slider2;
minvol=2*exp(log(10)/20*slider2);
);
@sample
caller == 1 ? (
stattslider_on == 0 ? (
stattslider();
caller = 0;
);
);
////////////////// ANALYZER ///////////////////////
topscaling = db2ratio(-slider8);
ospl0 = spl0;
ospl1 = spl1;
spl0 *= topscaling;
spl1 *= topscaling;
abs(recpos[]=spl0+spl1) > minvol ? update=1;
recpos = ((recpos+1) >= histsize ? 0 : (recpos+1));
spl0 = ospl0;
spl1 = ospl1;
//////////////////////////////////////////////////////
////////////// BAND ZERLEGUNG
s0 = spl0;
s1 = spl1;
low0 = (tmplMID = a0MID*s0 - b1MID*tmplMID + cDenorm);
low1 = (tmprMID = a0MID*s1 - b1MID*tmprMID + cDenorm);
vspl0 = (tmplLOW = a0LOW*low0 - b1LOW*tmplLOW + cDenorm);
vspl1 = (tmprLOW = a0LOW*low1 - b1LOW*tmprLOW + cDenorm);
vspl2 = low0 - vspl0;
vspl3 = low1 - vspl1;
hi0 = s0 - low0;
hi1 = s1 - low1;
vspl4 = (tmplHI = a0HI*hi0 - b1HI*tmplHI + cDenorm) ;
vspl5 = (tmprHI = a0HI*hi1 - b1HI*tmprHI + cDenorm);
vspl6 = hi0 - vspl4;
vspl7 = hi1 - vspl5;
////////////////////////////////////////
slider13 < 4 ? (
vspl4 = vspl4 + vspl6;
vspl5 = vspl5 + vspl7;
vspl6 = 0;
vspl7 = 0;
);
slider13 < 3 ? (
vspl2 = vspl2 + vspl4;
vspl3 = vspl3 + vspl5;
vspl4 = 0;
vspl5 = 0;
);
slider13 == 1 ? (
vspl0 = spl0;
vspl1 = spl1;
vspl2 = vspl3 = vspl4 = vspl5 = vspl6 = vspl7 = 0;
);
slider50 == 0 ? (
MBE1_maxSpls = max(abs(vspl0),abs(vspl1));
MBE1_env1 = sqrt(MBE1_tmpEnv1 = MBE1_a0Env1*MBE1_maxSpls - MBE1_b1Env1*MBE1_tmpEnv1);
MBE1_env2 = sqrt(MBE1_tmpEnv2 = MBE1_a0Env2*MBE1_maxSpls - MBE1_b1Env2*MBE1_tmpEnv2);
MBE1_env3 = sqrt(MBE1_tmpEnv3 = MBE1_a0Env3*MBE1_maxSpls - MBE1_b1Env3*MBE1_tmpEnv3);
MBE1_envGain = exp(log(max(MBE1_env2/MBE1_env1,1))*MBE1_attack) * exp( log( max(MBE1_env3/MBE1_env1,1))*MBE1_sustain);
slider54 == 1 ? (
vspl0 *= MBE1_envGain;
vspl1 *= MBE1_envGain;
);
);
slider51== 0 ? (
MBE2_maxSpls = max(abs(vspl2),abs(vspl3));
MBE2_env1 = sqrt(MBE2_tmpEnv1 = MBE2_a0Env1*MBE2_maxSpls - MBE2_b1Env1*MBE2_tmpEnv1);
MBE2_env2 = sqrt(MBE2_tmpEnv2 = MBE2_a0Env2*MBE2_maxSpls - MBE2_b1Env2*MBE2_tmpEnv2);
MBE2_env3 = sqrt(MBE2_tmpEnv3 = MBE2_a0Env3*MBE2_maxSpls - MBE2_b1Env3*MBE2_tmpEnv3);
MBE2_envGain = exp(log(max(MBE2_env2/MBE2_env1,1))*MBE2_attack) * exp( log( max(MBE2_env3/MBE2_env1,1))*MBE2_sustain);
slider55 == 1 ? (
vspl2 *= MBE2_envGain;
vspl3 *= MBE2_envGain;
);
);
slider52== 0 ? (
MBE3_maxSpls = max(abs(vspl4),abs(vspl5));
MBE3_env1 = sqrt(MBE3_tmpEnv1 = MBE3_a0Env1*MBE3_maxSpls - MBE3_b1Env1*MBE3_tmpEnv1);
MBE3_env2 = sqrt(MBE3_tmpEnv2 = MBE3_a0Env2*MBE3_maxSpls - MBE3_b1Env2*MBE3_tmpEnv2);
MBE3_env3 = sqrt(MBE3_tmpEnv3 = MBE3_a0Env3*MBE3_maxSpls - MBE3_b1Env3*MBE3_tmpEnv3);
MBE3_envGain = exp(log(max(MBE3_env2/MBE3_env1,1))*MBE3_attack) * exp( log( max(MBE3_env3/MBE3_env1,1))*MBE3_sustain);
slider56 == 1 ? (
vspl4 *= MBE3_envGain;
vspl5 *= MBE3_envGain;
);
);
slider53== 0 ? (
MBE4_maxSpls = max(abs(vspl6),abs(vspl7));
MBE4_env1 = sqrt(MBE4_tmpEnv1 = MBE4_a0Env1*MBE4_maxSpls - MBE4_b1Env1*MBE4_tmpEnv1);
MBE4_env2 = sqrt(MBE4_tmpEnv2 = MBE4_a0Env2*MBE4_maxSpls - MBE4_b1Env2*MBE4_tmpEnv2);
MBE4_env3 = sqrt(MBE4_tmpEnv3 = MBE4_a0Env3*MBE4_maxSpls - MBE4_b1Env3*MBE4_tmpEnv3);
MBE4_envGain = exp(log(max(MBE4_env2/MBE4_env1,1))*MBE4_attack) * exp( log( max(MBE4_env3/MBE4_env1,1))*MBE4_sustain);
slider57 == 1 ? (
vspl6 *= MBE4_envGain;
vspl7 *= MBE4_envGain;
);
);
MBC1_inL = vspl0;
MBC1_inR = vspl1;
MBC1_xL = max(abs(MBC1_inL),abs(MBC1_inR));
MBC1_xG = ratio2db(MBC1_xL);
MBC1_yG = MBC1_computeGain(MBC1_xG);
MBC1_cG = MBC1_smoothAverage(MBC1_yG, MBC1_aplhaA, MBC1_aplhaER);
MBC1_cL = db2ratio(MBC1_cG);
MBC1_on == 1 ? (
vspl0 = MBC1_inL * MBC1_cL;// * MBC1_output;
vspl1 = MBC1_inR * MBC1_cL;// * MBC1_output;
):(
vspl0 = MBC1_inL;
vspl1 = MBC1_inR;
);
MBC1_gr = db2ratio(MBC1_cL);
MBC1_grv = ratio2db(MBC1_gr);
MBC1_grv < MBC1_gr_meter ? MBC1_gr_meter=MBC1_grv : ( MBC1_gr_meter*=MBC1_gr_meter_decay; MBC1_gr_meter>1?MBC1_gr_meter=1; );
MBC1_grmin = min( min(MBC1_cG,MBC1_cG) , MBC1_grmin);
MBC1_on == 0 ? (MBC1_gr_meter=1);
MBC2_inL = vspl2;
MBC2_inR = vspl3;
MBC2_xL = max(abs(MBC2_inL),abs(MBC2_inR));
MBC2_xG = ratio2db(MBC2_xL);
MBC2_yG = MBC2_computeGain(MBC2_xG);
MBC2_cG = MBC2_smoothAverage(MBC2_yG, MBC2_aplhaA, MBC2_aplhaER);
MBC2_cL = db2ratio(MBC2_cG);
MBC2_on == 1 ? (
vspl2 = MBC2_inL * MBC2_cL;// * MBC2_output;
vspl3 = MBC2_inR * MBC2_cL;// * MBC2_output;
):(
vspl2 = MBC2_inL;
vspl3 = MBC2_inR;
);
MBC2_gr = db2ratio(MBC2_cL);
MBC2_grv = ratio2db(MBC2_gr);
MBC2_grv < MBC2_gr_meter ? MBC2_gr_meter=MBC2_grv : ( MBC2_gr_meter*=MBC2_gr_meter_decay; MBC2_gr_meter>1?MBC2_gr_meter=1; );
MBC2_grmin = min( min(MBC2_cG,MBC2_cG) , MBC2_grmin);
MBC2_on == 0 ? (MBC2_gr_meter=1);
MBC3_inL = vspl4;
MBC3_inR = vspl5;
MBC3_xL = max(abs(MBC3_inL),abs(MBC3_inR));
MBC3_xG = ratio2db(MBC3_xL);
MBC3_yG = MBC3_computeGain(MBC3_xG);
MBC3_cG = MBC3_smoothAverage(MBC3_yG, MBC3_aplhaA, MBC3_aplhaER);
MBC3_cL = db2ratio(MBC3_cG);
MBC3_on == 1 ? (
vspl4 = MBC3_inL * MBC3_cL;// * MBC3_output;
vspl5 = MBC3_inR * MBC3_cL;// * MBC3_output;
):(
vspl4 = MBC3_inL;
vspl5 = MBC3_inR;
);
MBC3_gr = db2ratio(MBC3_cL);
MBC3_grv = ratio2db(MBC3_gr);
MBC3_grv < MBC3_gr_meter ? MBC3_gr_meter=MBC3_grv : ( MBC3_gr_meter*=MBC3_gr_meter_decay; MBC3_gr_meter>1?MBC3_gr_meter=1; );
MBC3_grmin = min( min(MBC3_cG,MBC3_cG) , MBC3_grmin);
MBC3_on == 0 ? (MBC3_gr_meter=1);
MBC4_inL = vspl6;
MBC4_inR = vspl7;
MBC4_xL = max(abs(MBC4_inL),abs(MBC4_inR));
MBC4_xG = ratio2db(MBC4_xL);
MBC4_yG = MBC4_computeGain(MBC4_xG);
MBC4_cG = MBC4_smoothAverage(MBC4_yG, MBC4_aplhaA, MBC4_aplhaER);
MBC4_cL = db2ratio(MBC4_cG);
MBC4_on == 1 ? (
vspl6 = MBC4_inL * MBC4_cL;// * MBC4_output;
vspl7 = MBC4_inR * MBC4_cL;// * MBC4_output;
):(
vspl6 = MBC4_inL;
vspl7 = MBC4_inR;
);
MBC4_gr = db2ratio(MBC4_cL);
MBC4_grv = ratio2db(MBC4_gr);
MBC4_grv < MBC4_gr_meter ? MBC4_gr_meter=MBC4_grv : ( MBC4_gr_meter*=MBC4_gr_meter_decay; MBC4_gr_meter>1?MBC4_gr_meter=1; );
MBC4_grmin = min( min(MBC4_cG,MBC4_cG) , MBC4_grmin);
MBC4_on == 0 ? (MBC4_gr_meter=1);
slider50 == 1 ? (
MBE1_maxSpls = max(abs(vspl0),abs(vspl1));
MBE1_env1 = sqrt(MBE1_tmpEnv1 = MBE1_a0Env1*MBE1_maxSpls - MBE1_b1Env1*MBE1_tmpEnv1);
MBE1_env2 = sqrt(MBE1_tmpEnv2 = MBE1_a0Env2*MBE1_maxSpls - MBE1_b1Env2*MBE1_tmpEnv2);
MBE1_env3 = sqrt(MBE1_tmpEnv3 = MBE1_a0Env3*MBE1_maxSpls - MBE1_b1Env3*MBE1_tmpEnv3);
MBE1_envGain = exp(log(max(MBE1_env2/MBE1_env1,1))*MBE1_attack) * exp( log( max(MBE1_env3/MBE1_env1,1))*MBE1_sustain);
slider54 == 1 ? (
vspl0 *= MBE1_envGain;
vspl1 *= MBE1_envGain;
);
);
slider51== 1 ? (
MBE2_maxSpls = max(abs(vspl2),abs(vspl3));
MBE2_env1 = sqrt(MBE2_tmpEnv1 = MBE2_a0Env1*MBE2_maxSpls - MBE2_b1Env1*MBE2_tmpEnv1);
MBE2_env2 = sqrt(MBE2_tmpEnv2 = MBE2_a0Env2*MBE2_maxSpls - MBE2_b1Env2*MBE2_tmpEnv2);
MBE2_env3 = sqrt(MBE2_tmpEnv3 = MBE2_a0Env3*MBE2_maxSpls - MBE2_b1Env3*MBE2_tmpEnv3);
MBE2_envGain = exp(log(max(MBE2_env2/MBE2_env1,1))*MBE2_attack) * exp( log( max(MBE2_env3/MBE2_env1,1))*MBE2_sustain);
slider55 == 1 ? (
vspl2 *= MBE2_envGain;
vspl3 *= MBE2_envGain;
);
);
slider52== 1 ? (
MBE3_maxSpls = max(abs(vspl4),abs(vspl5));
MBE3_env1 = sqrt(MBE3_tmpEnv1 = MBE3_a0Env1*MBE3_maxSpls - MBE3_b1Env1*MBE3_tmpEnv1);
MBE3_env2 = sqrt(MBE3_tmpEnv2 = MBE3_a0Env2*MBE3_maxSpls - MBE3_b1Env2*MBE3_tmpEnv2);
MBE3_env3 = sqrt(MBE3_tmpEnv3 = MBE3_a0Env3*MBE3_maxSpls - MBE3_b1Env3*MBE3_tmpEnv3);
MBE3_envGain = exp(log(max(MBE3_env2/MBE3_env1,1))*MBE3_attack) * exp( log( max(MBE3_env3/MBE3_env1,1))*MBE3_sustain);
slider56 == 1 ? (
vspl4 *= MBE3_envGain;
vspl5 *= MBE3_envGain;
);
);
slider53== 1 ? (
MBE4_maxSpls = max(abs(vspl6),abs(vspl7));