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Copy pathDeesser (Tukan)
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Deesser (Tukan)
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desc:Deesser (Tukan)
//author: Tukan
//version 1.1
slider1:-16<-32,0,0.1>-Threshold (dB)
slider2:0<0,100,1>-DONT Knee (%)
slider3:8<1,17,0.1>-DONT Ratio
slider4:75<0,100,0.01>-Key In
slider5:100<0,100,0.01>-Key Out
slider6:0<-24,24,0.1>-DONT Output (dB)
slider7:0<0,1,1{Off,On}>-Key Listen
slider8:0<0,1,1>-DONT Feedback
slider9:0<0,1,1>-DONT Sidechain
slider10:0<0,1,1>-DONT Metermode
slider11:3<0,5,0.01>-DONT Meterspeed
slider12:0<0,1,0.01>-DONT Dry amount
slider13:1<0,6,.01>-Scaling
filename:0,TKCC2gui/DSRBack.png
filename:1,TKCC2gui/APIBig.png
filename:2,TKCC2gui/APIRED.png
filename:3,TKCC2gui/APISmall.png
filename:4,TKCC2gui/switch.png
filename:5,TKCC2gui/CVU.png
filename:6,TKCC2gui/screw.png
filename:7,TKCC2gui/CCVU2.png
filename:8,TKCC2gui/gled.png
filename:9,TKCC2gui/oled.png
filename:10,TKCC2gui/rled.png
filename:11,TKCC2gui/menu.png
options:No_meter
in_pin:L in
in_pin:R in
out_pin:L out
out_pin:R out
@init
ext_noinit = 1;
gfx_ext_retina = 1;
ovrlgain = 1;
threshold = slider1;
knee_width = abs(slider1*2*slider2*0.01);
grold = 1;
inMeter = 0; ginMeter=0; gin2Meter=0;
ratio = 8;
slope = ((1 - ratio) / ratio);
attack = slider4/1000;
release = slider5/1000;
alphaA = attack>0 ? exp(-1 / (attack * srate)) : 0;
alphaR = release>0 ? exp(-1 / (release * srate)) : 0;
Tlo = (threshold - knee_width / 2);
Thi = (threshold + knee_width / 2);
knee_factor = (slope / (knee_width * 2));
yR = 0;
yA = 0;
function computeGain(x)
(
(x < Tlo) ? x = 0 :
(x > Thi) ? x = slope * (x - threshold) :
(delta = x - Tlo;
x = delta * delta * knee_factor;);
);
function smoothAverage(x, alphaA, alphaR)
(
eps = 0.0000000001;
yR = min(x, alphaR * yR + (1 - alphaR) * x + eps - eps);
yA = alphaA * yA + (1 - alphaA) * yR + eps - eps;
x = yA;
);
dbc = 20/log(10);
function db2ratio(d) ( 10^(d/20); );
function ratio2db(r) ( log(abs(r))*dbc; );
gr_meter = 1;
gr_meter_decay = exp(1/(1*srate));
meter_dif = 0.0005;
function meterspeed()
(
mspd = slider11;
meter_speed = mspd/srate;
mspd == 5 ? (
gr_meter2 < gr_meter ? (
meter_speed /= 5;
abs(gr_meter2 - gr_meter) > meter_dif ? (
gr_meter2 = gr_meter2 + (meter_speed);
);
//gr_meter *= 1.1;
):(
gr_meter2 = gr_meter;
);
);
;
mspd == 0 ? (
gr_meter2 > gr_meter ? (
gr_meter2 = gr_meter;
);
);
mspd > 0 ? (
mspd < 5 ? (
gr_meter2 < gr_meter ? (
abs(gr_meter2 - gr_meter) > meter_dif ? (
gr_meter2 = gr_meter2 + (meter_speed);
);
//gr_meter *= 1.1;
):(
abs(gr_meter2 - gr_meter) > meter_dif ? (
gr_meter2 = gr_meter2 - meter_speed*8;
gr_meter2 < gr_meter ? gr_meter2 = gr_meter;
);
);
);
);
gr_meter2 > 1 ? gr_meter2 =1;
);
gfx_clear=0;
lastCap=1;
mouse_wheel=1;
coords=srate+1;
function limitgui(s low up)
( min(max(s, low), up) );
function deg(r)
( r / $pi * 180 );
function rad(d)
( d * $pi / 180 );
/******************************* GUI Function ***********************************/
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 hIn)
instance (xIn yIn widthIn heightIn)
(
xIn = xIn_;
yIn = yIn_;
widthIn = wIn;
heightIn = hIn;
);
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_)
instance (default minVal maxVal step)
(
default = default_;
minVal = minVal_;
maxVal = maxVal_;
step = step_;
this.potVal(default);
);
function bkg(wImg hImg indImg)
(
gfx_a=1;
coords[0] = coords[4] = 0;
coords[1] = coords[5] = 0;;
coords[2] = coords[6] = wImg;
coords[3] = coords[7] = hImg;
gfx_blitext(indImg, coords, 0);
);
function potDrawIn ()
instance (xIn yIn widthIn heightIn val)
(
gfx_r= 1; gfx_g = gfx_b =0;gfx_a= 0.5;
gfx_line(xIn,yIn,xIn,heightIn+yIn);
gfx_line(xIn,heightIn+yIn,xIn+widthIn,heightIn+yIn);
gfx_line(xIn+widthIn,yIn,xIn+widthIn,heightIn+yIn);
gfx_line(xIn,yIn,xIn+widthIn,yIn);
gfx_r = gfx_g = gfx_b = 0.75;
gfx_x = xIn + widthIn/2-12;
gfx_y = yIn+heightIn/2-5;
gfx_drawnumber(val, 1);
);
function knob()
instance (xOut yOut widthOut heightOut index frame val)
(
gfx_a=1;
coords[0] = 0;
coords[1] = frame * heightOut;
coords[2] = coords[6] = widthOut;
coords[3] = coords[7] = heightOut;
coords[4] = xOut;
coords[5] = yOut;
gfx_blitext(index, coords, 0);
);
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)
(
!ctrl ? (
yOld = mouse_y;
dragging = 1;
) :
this.potVal(default);
);
function dragStop()
instance (dragging val valOld)
(
dragging = 0;
valOld = val;
);
function potDrag()
local (val)
instance (valOld minVal maxVal yOld step)
(
!shift ? (
mstep = (this.maxval - this.minval)/100;
val = valOld + (yOld - mouse_y) * mstep;
val = limitgui(val, minVal, maxVal);
this.potVal(val);
):(
val = valOld + (yOld - mouse_y) * step;
val = limitgui(val, minVal, maxVal);
this.potVal(val);
);
);
function potToggle()
local (val)
instance (valOld minVal maxVal yOld step)
(
valold == 0 ? (val = 1):(val=0);
val = limitgui(val, minVal, maxVal);
this.potVal(val);
valOld=val;
);
function potWheel()
local (val)
instance (valOld minVal maxVal step)
(
mstep = (this.maxval - this.minval)/100;
val = valOld + (mouse_wheel/36)*mstep;
val = limitgui(val, minVal, maxVal);
this.potVal(val);
valOld=val;
mouse_wheel=0;
);
gthresh.potcfg (-16,-32,-0,.032); //default. von, bis, step
// gratio.potcfg (4,1,15,.015);
gatt.potcfg (75,62.4,100,.01); // 1500 - 20000
grel.potcfg (90,66.56,100,.01); // 2000 - 20000
// goutgain.potcfg (0,-24,24,.048);
// gfeedback.potcfg (0,0,1,1);
Trick.potcfg (0,0,1,1);
// SC.potcfg (0,0,1,1);
// screw.potcfg (3,0,5,.01);
// gknee.potcfg (0,0,100,.1);
// gdry.potcfg (0,0,1,.001);
knobsx = 50;
knobsy = 60;
gthresh.rectIn(knobsx,knobsy,75,75);//xpos,ypos,weite,höhe des img
gthresh.rectOut(knobsx,knobsy, 75, 75, 61, 1); //Xpos,ypos,weite,höhe,Frames,bitmap
// gknee.rectIn(knobsx+95,knobsy+75, 10, 10);
// gknee.rectOut(knobsx+95,knobsy+75, 10, 10, 61, 6);
// gratio.rectIn(knobsx+120,knobsy, 75, 75);
// gratio.rectOut(knobsx+120,knobsy, 75, 75, 61, 2);
gatt.rectIn(knobsx+120,knobsy+7, 60, 60);
gatt.rectOut(knobsx+120,knobsy+7, 60, 60, 61, 3);
grel.rectIn(knobsx+200,knobsy+7, 60, 60);
grel.rectOut(knobsx+200,knobsy+7, 60, 60, 61, 3);
//knobsx+=260; knobsy+=133;
//goutgain.rectIn(knobsx,knobsy, 75, 75);
//goutgain.rectOut(knobsx,knobsy, 75, 75, 61, 2);
//gdry.rectIn(knobsx-18,knobsy+85, 10, 10);
//gdry.rectOut(knobsx-18,knobsy+85, 10, 10, 61, 6);
//screw.rectIn(knobsx+324,knobsy-175, 10, 10);
//screw.rectOut(knobsx+324,knobsy-175, 10, 10, 61, 6);
//knobsx+=120;
//gfeedback.rectIn(knobsx,knobsy, 48, 60);
//gfeedback.rectOut(knobsx,knobsy, 48, 60, 2, 4);
Trick.rectIn(knobsx+280,knobsy+7, 48, 60);
Trick.rectOut(knobsx+280,knobsy+7, 48, 60, 2, 4);
//SC.rectIn(knobsx+120,knobsy, 48, 60);
//SC.rectOut(knobsx+120,knobsy, 48, 60, 2, 4);
errcnt = 0;
tot_nbr_spl = 0;
scnt = 0;
offset = 0.0074;//0.0074;
nd_posL = nd_posR = 0.6800809;;
nd_speedL = nd_speedR = 0;
dt = 10 / srate;
mom = 0.00042;
dbL = dbR = 0;
overL = overR = 0;
fact_up = 10 ^ (( 0 - 10)/20) * 0.3785 ;
wl = 0;
damp = 0.995;//935; //1 - slider5 * (48000 / srate);
mnmode = 0; // (0 ST, 1 SumMono, 2 MaxMono)
meterInL = spl0;
meterInR = spl1;
stattslider_on = 0;
function stattslider() (
//changer == 1 ?(
stattslider_on = 1;
threshold = slider1;
knee_width = abs(slider1*2*75*0.01);
ratio = 8;
slope = ((1 - ratio) / ratio);
attack = 1/1000;
release = 5/1000;
alphaA = attack>0 ? exp(-1 / (attack * srate)) : 0;
alphaR = release>0 ? exp(-1 / (release * srate)) : 0;
Tlo = (threshold - knee_width / 2);
Thi = (threshold + knee_width / 2);
knee_factor = (slope / (knee_width * 2));
output = 10^(0/20);
listen = slider7;
//****************************
//hp
n_hp = 6;
CHLP_sx = 16+slider4*1.20103;
CHLP_cx_hp = floor(exp(CHLP_sx*log(1.059))*8.17742);
cutoff_hp = 2*CHLP_cx_hp/srate;
res_hp = 10^(0.05*(-0/n_hp+1.5));
k = 0.5*res_hp*sin($pi*cutoff_hp);
CHLP_c1 = 0.5*(1-k)/(1+k);
CHLP_c2 = (0.5+CHLP_c1)*cos($pi*cutoff_hp);
CHLP_c3 = (0.5+CHLP_c1+CHLP_c2)*0.25;
CHLP_a0_hp = 2*CHLP_c3;
CHLP_a1_hp = -4*CHLP_c3;
CHLP_a2_hp = 2*CHLP_c3;
CHLP_b1_hp = -2*CHLP_c2;
CHLP_b2_hp = 2*CHLP_c1;
//****************************
//lp
n_lp = 6;
CHLP_sx = 16+slider5*1.20103;
CHLP_cx_lp = floor(exp(CHLP_sx*log(1.059))*8.17742);
cutoff_lp = 2*CHLP_cx_lp/srate;
res_lp = 10^(0.05*(-5/n_lp+1.5));
k = 0.5*res_lp*sin($pi*cutoff_lp);
CHLP_c1 = 0.5*(1-k)/(1+k);
CHLP_c2 = (0.5+CHLP_c1)*cos($pi*cutoff_lp);
CHLP_c3 = (0.5+CHLP_c1-CHLP_c2)*0.25;
CHLP_a0_lp = 2*CHLP_c3;
CHLP_a1_lp = 4*CHLP_c3;
CHLP_a2_lp = 2*CHLP_c3;
CHLP_b1_lp = -2*CHLP_c2;
CHLP_b2_lp = 2*CHLP_c1;
stattslider_on = 0;
);
@slider
changer = 1;
@sample
changer == 1 ? (
stattslider_on == 0 ? (stattslider();changer = 0):(changer = 1);
);
/*
inL ? (oops = 0):(inL = spl0);
inR ? (oops = 0):(inR = spl1);
*/
clean0 = spl0;
clean1 = spl1;
/*
slider8 == 1 ?(
inL = feedL;//spl0;
inR = feedR;// spl1;
):(
inL = spl0; inR = spl1;
);
slider9 == 1 ? (
inL = spl2; inR = spl3;
);
*/
inl = spl0;
inr = spl1;
//*********************************************
//hp
n_hp > 0 ? (
CHLP_out_hp_l_1 = CHLP_a0_hp*inl+CHLP_a1_hp*CHLP_hp_l_11+CHLP_a2_hp*CHLP_hp_l_12-CHLP_b1_hp*CHLP_hp_l_13-CHLP_b2_hp*CHLP_hp_l_14;
CHLP_hp_l_12 = CHLP_hp_l_11;
CHLP_hp_l_11 = inl;
CHLP_hp_l_14 = CHLP_hp_l_13;
CHLP_hp_l_13 = CHLP_out_hp_l_1;
CHLP_out_hp_l = CHLP_out_hp_l_1;
CHLP_out_hp_r_1 = CHLP_a0_hp*inr+CHLP_a1_hp*CHLP_hp_r_11+CHLP_a2_hp*CHLP_hp_r_12-CHLP_b1_hp*CHLP_hp_r_13-CHLP_b2_hp*CHLP_hp_r_14;
CHLP_hp_r_12 = CHLP_hp_r_11;
CHLP_hp_r_11 = inr;
CHLP_hp_r_14 = CHLP_hp_r_13;
CHLP_hp_r_13 = CHLP_out_hp_r_1;
CHLP_out_hp_r = CHLP_out_hp_r_1;
n_hp > 1 ? (
CHLP_out_hp_l_2 = CHLP_a0_hp*CHLP_out_hp_l_1+CHLP_a1_hp*CHLP_hp_l_21+CHLP_a2_hp*CHLP_hp_l_22-CHLP_b1_hp*CHLP_hp_l_23-CHLP_b2_hp*CHLP_hp_l_24;
CHLP_hp_l_22 = CHLP_hp_l_21;
CHLP_hp_l_21 = CHLP_out_hp_l_1;
CHLP_hp_l_24 = CHLP_hp_l_23;
CHLP_hp_l_23 = CHLP_out_hp_l_2;
CHLP_out_hp_l = CHLP_out_hp_l_2;
CHLP_out_hp_r_2 = CHLP_a0_hp*CHLP_out_hp_r_1+CHLP_a1_hp*CHLP_hp_r_21+CHLP_a2_hp*CHLP_hp_r_22-CHLP_b1_hp*CHLP_hp_r_23-CHLP_b2_hp*CHLP_hp_r_24;
CHLP_hp_r_22 = CHLP_hp_r_21;
CHLP_hp_r_21 = CHLP_out_hp_r_1;
CHLP_hp_r_24 = CHLP_hp_r_23;
CHLP_hp_r_23 = CHLP_out_hp_r_2;
CHLP_out_hp_r = CHLP_out_hp_r_2;
);
n_hp > 2 ? (
CHLP_out_hp_l_3 = CHLP_a0_hp*CHLP_out_hp_l_2+CHLP_a1_hp*CHLP_hp_l_31+CHLP_a2_hp*CHLP_hp_l_32-CHLP_b1_hp*CHLP_hp_l_33-CHLP_b2_hp*CHLP_hp_l_34;
CHLP_hp_l_32 = CHLP_hp_l_31;
CHLP_hp_l_31 = CHLP_out_hp_l_2;
CHLP_hp_l_34 = CHLP_hp_l_33;
CHLP_hp_l_33 = CHLP_out_hp_l_3;
CHLP_out_hp_l = CHLP_out_hp_l_3;
CHLP_out_hp_r_3 = CHLP_a0_hp*CHLP_out_hp_r_2+CHLP_a1_hp*CHLP_hp_r_31+CHLP_a2_hp*CHLP_hp_r_32-CHLP_b1_hp*CHLP_hp_r_33-CHLP_b2_hp*CHLP_hp_r_34;
CHLP_hp_r_32 = CHLP_hp_r_31;
CHLP_hp_r_31 = CHLP_out_hp_r_2;
CHLP_hp_r_34 = CHLP_hp_r_33;
CHLP_hp_r_33 = CHLP_out_hp_r_3;
CHLP_out_hp_r = CHLP_out_hp_r_3;
);
n_hp > 3 ? (
CHLP_out_hp_l_4 = CHLP_a0_hp*CHLP_out_hp_l_3+CHLP_a1_hp*CHLP_hp_l_41+CHLP_a2_hp*CHLP_hp_l_42-CHLP_b1_hp*CHLP_hp_l_43-CHLP_b2_hp*CHLP_hp_l_44;
CHLP_hp_l_42 = CHLP_hp_l_41;
CHLP_hp_l_41 = CHLP_out_hp_l_3;
CHLP_hp_l_44 = CHLP_hp_l_43;
CHLP_hp_l_43 = CHLP_out_hp_l_4;
CHLP_out_hp_l = CHLP_out_hp_l_4;
CHLP_out_hp_r_4 = CHLP_a0_hp*CHLP_out_hp_r_3+CHLP_a1_hp*CHLP_hp_r_41+CHLP_a2_hp*CHLP_hp_r_42-CHLP_b1_hp*CHLP_hp_r_43-CHLP_b2_hp*CHLP_hp_r_44;
CHLP_hp_r_42 = CHLP_hp_r_41;
CHLP_hp_r_41 = CHLP_out_hp_r_3;
CHLP_hp_r_44 = CHLP_hp_r_43;
CHLP_hp_r_43 = CHLP_out_hp_r_4;
CHLP_out_hp_r = CHLP_out_hp_r_4;
);
n_hp > 4 ? (
CHLP_out_hp_l_5 = CHLP_a0_hp*CHLP_out_hp_l_4+CHLP_a1_hp*CHLP_hp_l_51+CHLP_a2_hp*CHLP_hp_l_52-CHLP_b1_hp*CHLP_hp_l_53-CHLP_b2_hp*CHLP_hp_l_54;
CHLP_hp_l_52 = CHLP_hp_l_51;
CHLP_hp_l_51 = CHLP_out_hp_l_4;
CHLP_hp_l_54 = CHLP_hp_l_53;
CHLP_hp_l_53 = CHLP_out_hp_l_5;
CHLP_out_hp_l = CHLP_out_hp_l_5;
CHLP_out_hp_r_5 = CHLP_a0_hp*CHLP_out_hp_r_4+CHLP_a1_hp*CHLP_hp_r_51+CHLP_a2_hp*CHLP_hp_r_52-CHLP_b1_hp*CHLP_hp_r_53-CHLP_b2_hp*CHLP_hp_r_54;
CHLP_hp_r_52 = CHLP_hp_r_51;
CHLP_hp_r_51 = CHLP_out_hp_r_4;
CHLP_hp_r_54 = CHLP_hp_r_53;
CHLP_hp_r_53 = CHLP_out_hp_r_5;
CHLP_out_hp_r = CHLP_out_hp_r_5;
);
n_hp > 5 ? (
CHLP_out_hp_l_6 = CHLP_a0_hp*CHLP_out_hp_l_5+CHLP_a1_hp*CHLP_hp_l_61+CHLP_a2_hp*CHLP_hp_l_62-CHLP_b1_hp*CHLP_hp_l_63-CHLP_b2_hp*CHLP_hp_l_64;
CHLP_hp_l_62 = CHLP_hp_l_61;
CHLP_hp_l_61 = CHLP_out_hp_l_5;
CHLP_hp_l_64 = CHLP_hp_l_63;
CHLP_hp_l_63 = CHLP_out_hp_l_6;
CHLP_out_hp_l = CHLP_out_hp_l_6;
CHLP_out_hp_r_6 = CHLP_a0_hp*CHLP_out_hp_r_5+CHLP_a1_hp*CHLP_hp_r_61+CHLP_a2_hp*CHLP_hp_r_62-CHLP_b1_hp*CHLP_hp_r_63-CHLP_b2_hp*CHLP_hp_r_64;
CHLP_hp_r_62 = CHLP_hp_r_61;
CHLP_hp_r_61 = CHLP_out_hp_r_5;
CHLP_hp_r_64 = CHLP_hp_r_63;
CHLP_hp_r_63 = CHLP_out_hp_r_6;
CHLP_out_hp_r = CHLP_out_hp_r_6;
);
) : (
CHLP_out_hp_l = inl;
CHLP_out_hp_r = inr;
);
//*********************************************
//lp
n_lp > 0 ? (
CHLP_out_lp_l_1 = CHLP_a0_lp*CHLP_out_hp_l+CHLP_a1_lp*CHLP_lp_l_11+CHLP_a2_lp*CHLP_lp_l_12-CHLP_b1_lp*CHLP_lp_l_13-CHLP_b2_lp*CHLP_lp_l_14;
CHLP_lp_l_12 = CHLP_lp_l_11;
CHLP_lp_l_11 = CHLP_out_hp_l;
CHLP_lp_l_14 = CHLP_lp_l_13;
CHLP_lp_l_13 = CHLP_out_lp_l_1;
CHLP_out_lp_l = CHLP_out_lp_l_1;
CHLP_out_lp_r_1 = CHLP_a0_lp*CHLP_out_hp_r+CHLP_a1_lp*CHLP_lp_r_11+CHLP_a2_lp*CHLP_lp_r_12-CHLP_b1_lp*CHLP_lp_r_13-CHLP_b2_lp*CHLP_lp_r_14;
CHLP_lp_r_12 = CHLP_lp_r_11;
CHLP_lp_r_11 = CHLP_out_hp_r;
CHLP_lp_r_14 = CHLP_lp_r_13;
CHLP_lp_r_13 = CHLP_out_lp_r_1;
CHLP_out_lp_r = CHLP_out_lp_r_1;
n_lp > 1 ? (
CHLP_out_lp_l_2 = CHLP_a0_lp*CHLP_out_lp_l_1+CHLP_a1_lp*CHLP_lp_l_21+CHLP_a2_lp*CHLP_lp_l_22-CHLP_b1_lp*CHLP_lp_l_23-CHLP_b2_lp*CHLP_lp_l_24;
CHLP_lp_l_22 = CHLP_lp_l_21;
CHLP_lp_l_21 = CHLP_out_lp_l_1;
CHLP_lp_l_24 = CHLP_lp_l_23;
CHLP_lp_l_23 = CHLP_out_lp_l_2;
CHLP_out_lp_l = CHLP_out_lp_l_2;
CHLP_out_lp_r_2 = CHLP_a0_lp*CHLP_out_lp_r_1+CHLP_a1_lp*CHLP_lp_r_21+CHLP_a2_lp*CHLP_lp_r_22-CHLP_b1_lp*CHLP_lp_r_23-CHLP_b2_lp*CHLP_lp_r_24;
CHLP_lp_r_22 = CHLP_lp_r_21;
CHLP_lp_r_21 = CHLP_out_lp_r_1;
CHLP_lp_r_24 = CHLP_lp_r_23;
CHLP_lp_r_23 = CHLP_out_lp_r_2;
CHLP_out_lp_r = CHLP_out_lp_r_2;
);
n_lp > 2 ? (
CHLP_out_lp_l_3 = CHLP_a0_lp*CHLP_out_lp_l_2+CHLP_a1_lp*CHLP_lp_l_31+CHLP_a2_lp*CHLP_lp_l_32-CHLP_b1_lp*CHLP_lp_l_33-CHLP_b2_lp*CHLP_lp_l_34;
CHLP_lp_l_32 = CHLP_lp_l_31;
CHLP_lp_l_31 = CHLP_out_lp_l_2;
CHLP_lp_l_34 = CHLP_lp_l_33;
CHLP_lp_l_33 = CHLP_out_lp_l_3;
CHLP_out_lp_l = CHLP_out_lp_l_3;
CHLP_out_lp_r_3 = CHLP_a0_lp*CHLP_out_lp_r_2+CHLP_a1_lp*CHLP_lp_r_31+CHLP_a2_lp*CHLP_lp_r_32-CHLP_b1_lp*CHLP_lp_r_33-CHLP_b2_lp*CHLP_lp_r_34;
CHLP_lp_r_32 = CHLP_lp_r_31;
CHLP_lp_r_31 = CHLP_out_lp_r_2;
CHLP_lp_r_34 = CHLP_lp_r_33;
CHLP_lp_r_33 = CHLP_out_lp_r_3;
CHLP_out_lp_r = CHLP_out_lp_r_3;
);
n_lp > 3 ? (
CHLP_out_lp_l_4 = CHLP_a0_lp*CHLP_out_lp_l_3+CHLP_a1_lp*CHLP_lp_l_41+CHLP_a2_lp*CHLP_lp_l_42-CHLP_b1_lp*CHLP_lp_l_43-CHLP_b2_lp*CHLP_lp_l_44;
CHLP_lp_l_42 = CHLP_lp_l_41;
CHLP_lp_l_41 = CHLP_out_lp_l_3;
CHLP_lp_l_44 = CHLP_lp_l_43;
CHLP_lp_l_43 = CHLP_out_lp_l_4;
CHLP_out_lp_l = CHLP_out_lp_l_4;
CHLP_out_lp_r_4 = CHLP_a0_lp*CHLP_out_lp_r_3+CHLP_a1_lp*CHLP_lp_r_41+CHLP_a2_lp*CHLP_lp_r_42-CHLP_b1_lp*CHLP_lp_r_43-CHLP_b2_lp*CHLP_lp_r_44;
CHLP_lp_r_42 = CHLP_lp_r_41;
CHLP_lp_r_41 = CHLP_out_lp_r_3;
CHLP_lp_r_44 = CHLP_lp_r_43;
CHLP_lp_r_43 = CHLP_out_lp_r_4;
CHLP_out_lp_r = CHLP_out_lp_r_4;
);
n_lp > 4 ? (
CHLP_out_lp_l_5 = CHLP_a0_lp*CHLP_out_lp_l_4+CHLP_a1_lp*CHLP_lp_l_51+CHLP_a2_lp*CHLP_lp_l_52-CHLP_b1_lp*CHLP_lp_l_53-CHLP_b2_lp*CHLP_lp_l_54;
CHLP_lp_l_52 = CHLP_lp_l_51;
CHLP_lp_l_51 = CHLP_out_lp_l_4;
CHLP_lp_l_54 = CHLP_lp_l_53;
CHLP_lp_l_53 = CHLP_out_lp_l_5;
CHLP_out_lp_l = CHLP_out_lp_l_5;
CHLP_out_lp_r_5 = CHLP_a0_lp*CHLP_out_lp_r_4+CHLP_a1_lp*CHLP_lp_r_51+CHLP_a2_lp*CHLP_lp_r_52-CHLP_b1_lp*CHLP_lp_r_53-CHLP_b2_lp*CHLP_lp_r_54;
CHLP_lp_r_52 = CHLP_lp_r_51;
CHLP_lp_r_51 = CHLP_out_lp_r_4;
CHLP_lp_r_54 = CHLP_lp_r_53;
CHLP_lp_r_53 = CHLP_out_lp_r_5;
CHLP_out_lp_r = CHLP_out_lp_r_5;
);
n_lp > 5 ? (
CHLP_out_lp_l_6 = CHLP_a0_lp*CHLP_out_lp_l_5+CHLP_a1_lp*CHLP_lp_l_61+CHLP_a2_lp*CHLP_lp_l_62-CHLP_b1_lp*CHLP_lp_l_63-CHLP_b2_lp*CHLP_lp_l_64;
CHLP_lp_l_62 = CHLP_lp_l_61;
CHLP_lp_l_61 = CHLP_out_lp_l_5;
CHLP_lp_l_64 = CHLP_lp_l_63;
CHLP_lp_l_63 = CHLP_out_lp_l_6;
CHLP_out_lp_l = CHLP_out_lp_l_6;
CHLP_out_lp_r_6 = CHLP_a0_lp*CHLP_out_lp_r_5+CHLP_a1_lp*CHLP_lp_r_61+CHLP_a2_lp*CHLP_lp_r_62-CHLP_b1_lp*CHLP_lp_r_63-CHLP_b2_lp*CHLP_lp_r_64;
CHLP_lp_r_62 = CHLP_lp_r_61;
CHLP_lp_r_61 = CHLP_out_lp_r_5;
CHLP_lp_r_64 = CHLP_lp_r_63;
CHLP_lp_r_63 = CHLP_out_lp_r_6;
CHLP_out_lp_r = CHLP_out_lp_r_6;
);
) : (
CHLP_out_lp_l = CHLP_out_hp_l;
CHLP_out_lp_r = CHLP_out_hp_r;
);
inMeter = max(abs(spl0),abs(spl1));
xL = max(abs(CHLP_out_lp_l),abs(CHLP_out_lp_r));
xG = ratio2db(xL);
yG = computeGain(xG);
cG = smoothAverage(yG, alphaA, alphaR);
cL = db2ratio(cG);
listen == 0 ? (
spl0 = clean0 * slider12 + spl0 * cL * output;
spl1 = clean1 * slider12 + spl1 * cL * output;
);
gr = db2ratio(cL);
grv = ratio2db(gr);
//abs(gr_meter - meter_old) > 0.01 ? (gr_meter_decay = 1.01;//.111111;
gr_meter_decay = 1.1;
grv < gr_meter ? gr_meter=grv : ( gr_meter = grv; gr_meter>1?gr_meter=1; );// gr_meter*=gr_meter_decay
grmin = min( min(cG,cG) , grmin);
meterspeed();
meter_old = gr_meter;
mom = 0.0001 + 0.00032 * abs(100-slider11*20)^3 / 125000;
// mnmetersample(grv*0.63,grv*0.63,1,mom); // mode = (0 ST, 1 SumMono, 2 MaxMono), mnmom = speed
// inMeter = db2
inMeter > ginMeter ? ginMeter=inMeter : (ginMeter*=0.99997; ginMeter<0.1?ginMeter=0; );
/// LIMITER ///////////////
ovrlParam1=1.5; //ovrlthresh
ovrlParam2=0.5; //output
ovrlParam3=0.5+0*0.5; //ovrlattack
ovrlParam4=0.5+0*0.5; //ovrlrelease
ovrlParam5=0; //softknee
//hard knee
ovrlthresh = pow(10, (2 * ovrlParam1) - 2);
ovrltrim = pow(10, (2 * ovrlParam2) - 1);
ovrlatt = pow(10, -0.01 - (2 * ovrlParam3));
ovrlrel = pow(10, -2 - (3 * ovrlParam4));
ovrlth = ovrlthresh;
ovrlg = ovrlgain;
ovrlat = ovrlatt;
ovrlre = ovrlrel;
ovrltr = ovrltrim;
ovrlol = spl0;
ovrlor = spl1;
ovrllev = (0.5 * ovrlg * abs(ovrlol + ovrlor));
(ovrllev > ovrlth) ?
(
ovrlg = ovrlg - (ovrlat * (ovrllev - ovrlth));
)
: //below ovrlthreshold
(
ovrlg = ovrlg + (ovrlre * (1 - ovrlg));
);
listen == 0 ? (
spl0 = (ovrlol * ovrltr * ovrlg);
spl1 = (ovrlor * ovrltr * ovrlg);
):(
spl0 = CHLP_out_lp_l;
spl1 = CHLP_out_lp_r;
);
ovrlgain = ovrlg;
@gfx 450 171
mouseHold = mouse_cap & 1;
ctrl = mouse_cap & 4;
shift = mouse_cap & 8;
mouseClick = mouseHold - lastCap;
lastCap = mouseHold;
mouse_xz = mouse_x;
mouse_yz = mouse_y;
gfx_ext_flags == 0 ? (
///////////////////////////// ZFCT ////////////////////////
zfct_w = 450; zfct_h = 171;
gfx_setimgdim(127,zfct_w,zfct_h);
gfx_dest = 127;
zmnu != slider13 ? zmnu = slider13;
mouse_xz = mouse_x / zfct;
mouse_yz = mouse_y / zfct;
///////////////////////////////////////////////////////////
initial == 0 ? (
grmin = 0;
gthresh=slider1;
gthresh.val=gthresh;
gthresh.potVal(gthresh.val);
gratio=slider3;
gratio.val=gratio;
gratio.potVal(gratio.val);
gatt=slider4;
gatt.val=gatt;
gatt.potVal(gatt.val);
grel=slider5;
grel.val=grel;
grel.potVal(grel.val);
goutgain=slider6;
goutgain.val=goutgain;
goutgain.potVal(goutgain.val);
gfeedback=slider8;
gfeedback.val=gfeedback;
gfeedback.potVal(gfeedback.val);
Trick=slider7;
Trick.val=Trick;
Trick.potVal(Trick.val);
SC=slider9;
SC.val=SC;
SC.potVal(SC.val);
initial = 1;
screw=slider11;
screw.val=screw;
screw.potVal(screw.val);
screw.valOld=screw;
gdry=slider12;
gdry.val=gdry;
gdry.potVal(gdry.val);
gdry.valOld=gdry;
);
/*
meter_bot=21;
meter_h=20; //min(gfx_h,gfx_h-4);
xscale=gfx_w*20/meter_bot;
meterx = 395; metery=40;
gfx_r=0.5;gfx_g=0.5;gfx_b=0.5; gfx_a=.1;
gfx_rect(0,0,650,300);
//gfx_rect(meterx,metery,220,120);
gfx_a=1;
gfx_x=meterx; gfx_y=metery+2;
gfx_blit(5,1,0);
dscale = 100/103;
slider10 == 0 ? (
gfx_r=0.1;gfx_g=0.1;gfx_b=0.1; gfx_a=1;
//gfx_rect(0,0,650,300);
gfx_rect(meterx,metery,220,120);
n= 1;
gfx_r=0.7;gfx_g=0.8;gfx_b=1; gfx_a=0.3;
loop(3,
gfx_line(meterx+120-(n*30),metery+10,meterx+120-(n*30),metery+110);
gfx_line(meterx+20,metery+10+(n*30),meterx+120,metery+10+(n*30));
n = n + 1;
);
gfx_r=0.7;gfx_g=0.8;gfx_b=1; gfx_a=1;
gfx_line(meterx+20,metery+10,meterx+20,metery+110);
gfx_line(meterx+120,metery+10,meterx+120,metery+110);
gfx_line(meterx+20,metery+10,meterx+120,metery+10);
gfx_line(meterx+20,metery+110,meterx+120,metery+110);
gfx_line(meterx+20,metery+110, meterx+120+(slider1*3), metery+10-(slider1*3));
grat = (slider1*3) - (slider1*3/slider3);
gfx_line(meterx+120+(slider1*3), metery+10-(slider1*3), meterx+120, metery+10-grat);
gfx_r=1; gfx_g=gfx_b=0; gfx_a=1;
gfx_rect(meterx+123,metery+10,5,(-1 * (log10(gr_meter)*100)));
grold > gr_meter ? (grold = gr_meter);
grold != 1 ? (gfx_rect(meterx+123,metery+10+(-1 * (log10(grold)*100)),5,1));
ticker += 1;
gcG > cG ? (
gcG = cG;
ticker = 0;
) : (
ticker > 15 ? (
gcG = cG;
ticker = 0;
);
);
gfx_r=0.7;gfx_g=0.8;gfx_b=1; gfx_a=1;
gfx_x = meterx + 145; gfx_y=metery+10;
gfx_drawstr("Thresh:");
gfx_x = meterx + 145; gfx_y=metery+20;
gfx_drawnumber(slider1,1);//(grmin,1);
gfx_drawstr(" dB");
gfx_x = meterx + 145; gfx_y=metery+33;
gfx_drawstr("Ratio:");
gfx_x = meterx + 145; gfx_y=metery+43;
gfx_drawnumber(slider3,1);//(grmin,1);
gfx_drawstr(" : 1");
gfx_x = meterx + 145; gfx_y=metery+56;
gfx_drawstr("Knee:");
gfx_x = meterx + 145; gfx_y=metery+66;
gfx_drawnumber(slider2,0); gfx_drawstr(" %");
gfx_r=1; gfx_g=gfx_b=0; gfx_a=1;
gfx_x = meterx + 148; gfx_y=metery+80;
gfx_drawnumber(gcG,1);//(grmin,1);
gfx_drawstr(" dB");