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LA-1A (Tukan)
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LA-1A (Tukan)
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desc:LA-1A (Tukan)
// Version 1.4
// Copyright 2006, Thomas Scott Stillwell
// All rights reserved.
//
//Redistribution and use in source and binary forms, with or without modification, are permitted
//provided that the following conditions are met:
//
//Redistributions of source code must retain the above copyright notice, this list of conditions
//and the following disclaimer.
//
//Redistributions in binary form must reproduce the above copyright notice, this list of conditions
//and the following disclaimer in the documentation and/or other materials provided with the distribution.
//
//The name of Thomas Scott Stillwell may not be used to endorse or
//promote products derived from this software without specific prior written permission.
//
//THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR
//IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND
//FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS
//BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
//(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR
//PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT,
//STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
//THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
//tags: dynamics compressor
//author: Stillwell
filename:0,LAgui/CCVU2.png
filename:1,LAgui/LABack.png
filename:2,LAgui/machick.png
filename:3,LAgui/switch.png
filename:4,LAgui/screw.png
filename:5,LAgui/CCVU2.png
filename:6,LAgui/menu.png
slider1:-40<-60,0,0.1>-DONT Threshold (dB)
slider2:4<1,20,0.1>-Ratio
slider3:0<-10,20,0.1>-Gain
slider4:3<0,3,1{Hard (Blown Capacitor),Soft (Blown Capacitor),Hard,Soft}>-DONT Knee
slider5:0<0,1,1{Normal,Sidechain}>-Side chain
slider6:0<0,1,1{No,Yes}>-DONT Automatic Make-Up
slider7:0<0,1,1{Peak,RMS}>-DONT Detection
slider8:1<0,1,1{Feedforward,Feedback}>-DONT Detection Source
slider9:20<0,60,0.5>-Peak Reduction
slider10:0<0,0,0>-DONT EMPTY
slider11:5<0.1,10,0.01>-Meterspeed
slider12:1<0,6,.01>-Scaling
options:no_meter
in_pin:left input
in_pin:right input
in_pin:sidechain left input
in_pin:sidechain right input
out_pin:left output
out_pin:right output
@init
gfx_ext_retina = 1;
log2db = 8.6858896380650365530225783783321; // 20 / ln(10)
db2log = 0.11512925464970228420089957273422; // ln(10) / 20
i=0;
loop(
120,
attimes[i] = 2*(((0.08924 / i) + (0.60755 / (i ^ 2)) - 0.00006)); //*0.1
//attimes[i] /= 2;
i+=1;
);
attime=0.01;//0.010;
reltime=0.5;
maxover=0;
ratio=4;
cratio=4;
rundb=0;
runospl=1;
overdb=0;
maxover=0;
atcoef=exp(-1/(attime * srate));
relcoef=exp(-1/(reltime * srate));
fbacoef=exp(-1000/(40 * srate)); // 2 msec. opto attack for feedback detection
fbrcoef=exp(-1000/(200 * srate)); // 200 msec. opto release for feedback detection
sidechain = 0;
automakeup = 0;
ospl0 = 0; ospl1=0;
osplini = 0;
dbc = 20/log(10);
function db2ratio(d) ( 10^(d/20); );
function ratio2db(r) ( log(abs(r))*dbc; );
stattslider_on = 0;
caller = 1;
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=1;
ext_noinit=1;
lastCap=1;
mouse_wheel=1;
player = 0;
initial = 0;
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 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 potToggleR()
local (val)
instance (valOld minVal maxVal yOld step)
(
valold == 4 ? (val = 8):(val=4);
val = limitgui(val, minVal, maxVal);
this.potVal(val);
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 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;
);
/*
slider10:100<0,100,1>-Input Att
slider11:0<0,100,1>-Service Old
slider12:0<0,100,1>-Denoiser
slider13:0<-100,100,2>-Output
*/
gGain.potcfg (0,-10,20,.03);
gReduct.potcfg (20,0,60,0.06);
gRatio.potcfg (4,4,8,4);
gSidechain.potcfg (0,0,1,1);
screw.potcfg (5,0.1,10,.005);
knobsx = 165;
knobsy = 130;
gGain.rectIn(knobsx, knobsy, 70, 80);
gGain.rectOut(knobsx, knobsy, 70, 80, 61, 2);
gRatio.rectIn(knobsx-110, knobsy, 48, 60);
gRatio.rectOut(knobsx-110, knobsy, 48, 60, 2, 3);
knobsx += 400;
gReduct.rectIn(knobsx, knobsy, 70, 80);
gReduct.rectOut(knobsx, knobsy, 70, 80, 61, 2);
gSidechain.rectIn(knobsx+100, knobsy-40, 48, 60);
gSidechain.rectOut(knobsx+100, knobsy-40, 48, 60, 2, 3);
meterx = (800/2)-(220/2);
metery = 70;
screw.rectIn(meterx+105,metery+130, 10, 10);
screw.rectOut(meterx+105,metery+130, 10, 10, 61, 4);
slider1 = -1*slider9;
hdistr = min(7.8/100,.999);
foo = 2*hdistr/(1-hdistr);
volcompdist = 1-(7.8/110);
maximax = 0;
errcnt = 0;
tot_nbr_spl = 0;
scnt = 0;
offset = 0.0074;//0.0074;
nd_posL = nd_posR = 0;
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;
function mnMetersample(meterInL, meterInR, mnmode, mnmom) //Mom = speed
(
tot_nbr_spl += 1;
smpL = meterInL;
smpR = meterInR;
mnmode == 1 ? (
smpL = (meterInL + meterInR) * 0.5;
smpR = smpL;
);
mnmode >= 2 ? (
smpL = max(meterInL, meterInR);
smpR = smpL;
);
smpL = abs(smpL);
smpR = abs(smpR);
scnt += 1;
scnt === 10 ? (
// move left needle
force = smpL * fact_up - (nd_posL * .1 + offset);
nd_speedL += force * dt / mnmom;
nd_speedL = nd_speedL * damp;
nd_posL += nd_speedL * dt;
nd_posL < 0 || nd_posL > 1 ? nd_speedL = 0;
nd_posL = min(max(nd_posL,0),1);
// move right needle
force = smpR * fact_up - (nd_posR * .1 + offset);
nd_speedR += force * dt /mnmom;
nd_speedR = nd_speedR * damp;
nd_posR += nd_speedR * dt;
nd_posR < 0 || nd_posR > 1 ? nd_speedR = 0;
nd_posR = min(max(nd_posR,0),1);
overL -= 10;
overR -= 10;
scnt = 0;
);
);
function mnmetergfx(mnmeterscale, mnmeterx, mnmetery, twometer, mnch) //(0=flexible, x,y,redneedle, channel 1or2)
(
tot_nbr_spl_g = tot_nbr_spl;
overL_g = overL;
overR_g = overR;
nd_posL_g = nd_posL;
nd_posR_g = nd_posR;
tot_nbr_spl_g === tot_nbr_spl ? (
dbL = (nd_posL_g * 23) - 20;
dbR = (nd_posR_g * 23) - 20;
) : (
errcnt += 1; // thread collision
);
gfx_a = 1; gfx_x = mnmeterx; gfx_y=mnmetery
;
mnmeterscale == 0 ? (mnblitscale = gfx_w/190):(mnblitscale = mnmeterscale);
gfx_blit(0,mnblitscale,0);
w1 = $pi * 16.5 / 180;
w2 = $pi * 45 / 180;
xw = 190*mnblitscale; //max(1,floor((gfx_w-30) / 2));
yw = 92*mnblitscale;//floor(xw / 1.5);
r1 = 130*mnblitscale;//floor(yw * 0.85);
xd = 10 + chan*(xw+10);
mode === 1 ? xd += floor(xw/2);
yd = 10;
xa = mnblitscale*190/2;//gfx_w/2;//floor(xd + xw / 2);
ya = floor(yd + yw * 1.1);
twometer ? (
chan = 1;
chan == 0 ? (ph = dbL; gfx_r=gfx_b=gfx_g=0) : (ph = dbR; gfx_r=1;gfx_b=gfx_g=0);
ph = 51 + (ph+20)/23*83;//45 + (ph+20)/23*90;
aay = abs((90 - abs(ph)));
r1 = mnblitscale*(80+aay/5);
ph = ph * ($pi / 180);
cosp = cos(ph);
sinp = sin(ph);
ya = mnmetery+110*mnblitscale;
xa= mnmeterx+2+(190*mnblitscale/2);//-(gfx_w/50);
x1 = xa - cosp * r1 * 0.25;
y1 = ya - sinp * r1 * 0.25;
x2 = xa - cosp * r1 * 1.1;
y2 = ya - sinp * r1 * 1.1;
gfx_x = x1;
gfx_y = y1;
gfx_lineto(x2, y2);
);
chan = 0;
chan == 0 ? (ph = dbL; gfx_r=gfx_b=gfx_g=0) : (ph = dbR; gfx_r=1;gfx_b=gfx_g=0);
mnch == 2 ? (ph= dbR);
ph = 51 + (ph+20)/23*83;//45 + (ph+20)/23*90;
aay = abs((90 - abs(ph)));
r1 = mnblitscale*(80+aay/5);
ph = ph * ($pi / 180);
cosp = cos(ph);
sinp = sin(ph);
ya = mnmetery+110*mnblitscale;
xa= mnmeterx+2+(190*mnblitscale/2);//-(gfx_w/50);
x1 = xa - cosp * r1 * 0.25;
y1 = ya - sinp * r1 * 0.25;
x2 = xa - cosp * r1 * 1.1;
y2 = ya - sinp * r1 * 1.1;
gfx_x = x1;
gfx_y = y1;
gfx_lineto(x2, y2);
);
///////////////////////////////////////// HSHLV OUTPUT
HSSLDR1 = 85.24;
HSSLDR2 = 0.42;
HSSLDR3=2;
HSSLDR4=8;
HSSLDR5=0;
// freHS_Quency HSSLDR scaling
HS_tmpx = 16+HSSLDR1*1.20103;
HS_tmpy = floor(exp(HS_tmpx*log(1.059))*8.17742);
// filter calculation
HS_omega = 2*$pi*HS_tmpy/srate;
HSSLDR4 < 8 ? (
HS_K = tan(HS_omega/2);
):(
HS_K = tan(($pi-HS_omega)/2); //HSF only
);
HS_Q = max(min(HSSLDR2,4),0.2);
HS_V = 10^(-HSSLDR3/20);
HS_outHS_Vol = 10^(HSSLDR5/20);
HSSLDR4==8?(
//HSH:
//boost:
HS_b0 = 1 + sQrt(HS_V)*HS_K/HS_Q + HS_V*HS_K^2;
HS_b1 = -2*(HS_V*HS_K^2 - 1);
HS_b1 = 1 - sQrt(HS_V)*HS_K/HS_Q + HS_V*HS_K^2;
HS_a0 = 1 + HS_K/HS_Q + HS_K^2;
HS_a1 = -2*(HS_K^2 - 1);
HS_a2 = 1 - HS_K/HS_Q + HS_K^2;
//cut:
HS_b0 = 1 + HS_K/HS_Q + HS_K^2;
HS_b1 = -2*(HS_K^2 - 1);
HS_b2 = 1 - HS_K/HS_Q + HS_K^2;
HS_a0 = 1 + sQrt(HS_V)*HS_K/HS_Q + HS_V*HS_K^2;
HS_a1 = -2*(HS_V*HS_K^2 - 1);
HS_a2 = 1 - sQrt(HS_V)*HS_K/HS_Q + HS_V*HS_K^2;
);
HS_a1 /= HS_a0;
HS_a2 /= HS_a0;
HS_b0 /= HS_a0;
HS_b1 /= HS_a0;
HS_b2 /= HS_a0;
///////////////////////////////////////// HSHLVOUT END
///////////////////////////////////////// LSHLV OUT
LSSLDR1 = 35.78;
LSSLDR2 = 0.282;
LSSLDR3=-0;
LSSLDR4=7;
LSSLDR5=0;
// freLS_Quency LSSLDR scaling
LS_tmpx = 16+LSSLDR1*1.20103;
LS_tmpy = floor(exp(LS_tmpx*log(1.059))*8.17742);
// filter calculation
LS_omega = 2*$pi*LS_tmpy/srate;
LSSLDR4 < 8 ? (
LS_K = tan(LS_omega/2);
):(
LS_K = tan(($pi-LS_omega)/2); //LSF only
);
LS_Q = max(min(LSSLDR2,4),0.2);
LS_V = 10^(-LSSLDR3/20);
LS_outLS_Vol = 10^(LSSLDR5/20);
LSSLDR4==7?(
//LSH:
//boost:
LS_b0 = 1 + sQrt(LS_V)*LS_K/LS_Q + LS_V*LS_K^2;
LS_b1 = 2*(LS_V*LS_K^2 - 1);
LS_b2 = 1 - sQrt(LS_V)*LS_K/LS_Q + LS_V*LS_K^2;
LS_a0 = 1 + LS_K/LS_Q + LS_K^2;
LS_a1 = 2*(LS_K^2 - 1);
LS_a2 = 1 - LS_K/LS_Q + LS_K^2;
//cut:
LS_b0 = 1 + LS_K/LS_Q + LS_K^2;
LS_b1 = 2*(LS_K^2 - 1);
LS_b2 = 1 - LS_K/LS_Q + LS_K^2;
LS_a0 = 1 + sQrt(LS_V)*LS_K/LS_Q + LS_V*LS_K^2;
LS_a1 = 2*(LS_V*LS_K^2 - 1);
LS_a2 = 1 - sQrt(LS_V)*LS_K/LS_Q + LS_V*LS_K^2;
);
LS_a1 /= LS_a0;
LS_a2 /= LS_a0;
LS_b0 /= LS_a0;
LS_b1 /= LS_a0;
LS_b2 /= LS_a0;
/////////////////////////////////////////////////////////LOWSHELV
SCLCSLDR1 = 27.5;
SCLCSLDR2 = 1.685;
SCLCSLDR3 = -2.5;
SCLCSLDR4=1;
SCLCSLDR5=0;
// freSCLC_Quency SCLCSLDR scaling
SCLC_tmpx = 16+SCLCSLDR1*1.20103;
SCLC_tmpy = floor(exp(SCLC_tmpx*log(1.059))*8.17742);
// filter calculation
SCLC_omega = 2*$pi*SCLC_tmpy/srate;
SCLCSLDR4 < 8 ? (
SCLC_K = tan(SCLC_omega/2);
):(
SCLC_K = tan(($pi-SCLC_omega)/2); //SCLCF only
);
SCLC_Q = max(min(SCLCSLDR2,4),0.2);
SCLC_V = 10^(-SCLCSLDR3/20);
SCLC_outSCLC_Vol = 10^(SCLCSLDR5/20);
SCLCSLDR4==1?(
//HPF:
SCLC_b0 = 1;
SCLC_b1 = -2;
SCLC_b2 = 1;
SCLC_a0 = 1 + SCLC_K/SCLC_Q + SCLC_K^2;
SCLC_a1 = 2*(SCLC_K^2 - 1);
SCLC_a2 = 1 - SCLC_K/SCLC_Q + SCLC_K^2;
);
SCLC_a1 /= SCLC_a0;
SCLC_a2 /= SCLC_a0;
SCLC_b0 /= SCLC_a0;
SCLC_b1 /= SCLC_a0;
SCLC_b2 /= SCLC_a0;
SCHCSLDR1 = 84.59;;
SCHCSLDR2 = 0.76;
SCHCSLDR3= 2.5;
SCHCSLDR4=0;
SCHCSLDR5=0;
// freSCHC_Quency SCHCSLDR scaling
SCHC_tmpx = 16+SCHCSLDR1*1.20103;
SCHC_tmpy = floor(exp(SCHC_tmpx*log(1.059))*8.17742);
// filter calculation
SCHC_omega = 2*$pi*SCHC_tmpy/srate;
SCHCSLDR4 < 8 ? (
SCHC_K = tan(SCHC_omega/2);
):(
SCHC_K = tan(($pi-SCHC_omega)/2); //SCHCF only
);
SCHC_Q = max(min(SCHCSLDR2,4),0.2);
SCHC_V = 10^(-SCHCSLDR3/20);
SCHC_outSCHC_Vol = 10^(SCHCSLDR5/20);
SCHCSLDR4==0?(
//LPF:
SCHC_b0 = SCHC_K^2;
SCHC_b1 = 2*SCHC_K^2;
SCHC_b2 = SCHC_K^2;
SCHC_a0 = 1 + SCHC_K/SCHC_Q + SCHC_K^2;
SCHC_a1 = 2*(SCHC_K^2 - 1);
SCHC_a2 = 1 - SCHC_K/SCHC_Q + SCHC_K^2;
);
SCHC_a1 /= SCHC_a0;
SCHC_a2 /= SCHC_a0;
SCHC_b0 /= SCHC_a0;
SCHC_b1 /= SCHC_a0;
SCHC_b2 /= SCHC_a0;
function stattslider() (
stattslider_on = 1;
mom = 0.00010 + 0.00032 * abs(100-slider11*10)^3 / 125000;
//slider1 = -1*slider9;
//sliderchange(slider1);
thresh = (-1*slider9)/1.2;//-1*slider9;
threshv = exp(thresh * db2log);
slider2 > 8 ? slider2 = 8;
slider2 < 6 ? (ratio=4):(ratio=8);
// ratio = slider2;
softknee = 3&1;//slider4&1;
capsc = (3&2) ? log2db : log2db * 2.08136898;
cthresh = (softknee ? (thresh -3) : thresh);
cthreshv = exp(cthresh * db2log);
sidechain = slider5;
automakeup = 0;
automakeup ? (
autogain = (abs(thresh) - (abs(thresh)/max(1,ratio-1)))/2;
) : (
autogain = 0;
);
makeup = slider3;
makeupv = exp((makeup+autogain) * db2log);
RMSdet = 0;
RMSdet ? (
rmscoef=exp(-1000/(10 * srate)); // 10 ms RMS window
) : (
rmscoef=exp(-1000/(0.0025 * srate)); // 2.5 us Peak detector
//rmscoef=exp(-1000/(10 * srate)); // 10 ms RMS window
);
opto = 1;
stattslider_on = 0;
caller = 0;
);
@slider
caller == 1;
@sample
caller == 1 ? (
stattslider_on == 0 ? (
stattslider();
);
);
// ospl0 = spl0;
// ospl1 = spl1;
opto = 0;
osplini == 0 ? (
aspl0 = abs(spl0*10);
aspl1 = abs(spl1*10);
);
//cratio > 1 ? (osplini=1);
sidechain ? (
opto ? (
ospl = ospl0 * ospl0 + ospl1 * ospl1;
//osplini = 1;
ospl > runospl ? (
runospl = ospl + atcoef * (runospl - ospl);
) : (
runospl = ospl + relcoef * (runospl - ospl);
);
ospl = sqrt(max(0,runospl));
ospl *= 0.5;
aspl0 = abs(ospl);
aspl1 = abs(ospl);
//aspl0 = abs(spl0*10);
//aspl1 = abs(spl1*10);
) : (
aspl0 = abs(ospl0);
aspl1 = abs(ospl1);
);
) : (
opto ? (
ospl = ospl0 * ospl0 + ospl1 * ospl1;
//osplini = 1;
ospl > runospl ? (
runospl = ospl + atcoef * (runospl - ospl);
) : (
runospl = ospl + relcoef * (runospl - ospl);
);
ospl = sqrt(max(0,runospl));
runospl * 1000 > 0 ? (
ospl = sqrt(runospl);
);
ospl *= 0.5;
aspl0 = abs(ospl);
aspl1 = abs(ospl);
) : (
aspl0 = abs(ospl0);
aspl1 = abs(ospl1);
);
);
/*
osplini == 0 ? (
aspl0 = abs(spl0);
aspl1 = abs(spl1);
);
*/
RMSDet ? (
ave = (aspl0 * aspl0) + (aspl1 * aspl1);
runave = ave + rmscoef * (runave - ave);
det = sqrt(max(0,runave));
) : (
maxspl = max(aspl0, aspl1);
maxspl = maxspl * maxspl;
runave = maxspl + rmscoef * (runave - maxspl);
det = sqrt(max(0,runave));
);
// overdb = log(det/cthreshv) * capsc;
det=max(det,0.0000000001);
mydbin = ratio2db(det);
thi1 < mydbin ? thi1 = mydbin;
//Neu ich
//thresh = tenthresh;
kneevalue = 10;
knee_width = abs(thresh*2*kneevalue*0.01);
Thi = (thresh + knee_width / 2);
Tlo = (thresh - knee_width / 2);
slope = ((1 - ratio) / ratio); //oder doch lieber exakt 1?
knee_factor = (abs(slope) / (knee_width * 2));
//thi -= 10;
//tlo -= 10;
mydbin < Tlo ? (
overdb = 0;
thi2 = 0;
):(
mydbin >= Thi ? (
overdb = abs(slope)*(mydbin - thresh); // *slope
thi2 = 2;
ratior = ratio;
):(
mydelta = mydbin - Tlo;
overdb = mydelta * mydelta * (knee_factor);
thi2 = 1;
ratior = ratio;
);
);
//tenoverdb = overdb;
// ende neu ich
overdb > maxover ? (
maxover = overdb;
attime = attimes[max(0,floor(abs(overdb)))]; // attack time per formula
atcoef2 = max(atcoef2, attime);
atcoef = exp(-1/(attime * srate));
reltime = overdb / 25; // release at constant 125 dB/sec.
relcoef = exp(-1/(reltime * srate));
);
overdb = max(0,overdb);
overdb > rundb ? (
rundb = overdb + atcoef * (rundb - overdb);
) : (
rundb = overdb + relcoef * (rundb - overdb);
);
overdb = rundb;
cratio = (softknee ? (1 + (ratio-1) * min(overdb, 6) / 6) : ratio);
gr = -overdb*cratio *(cratio-1)/cratio;
grv = exp(gr * db2log);
runmax = maxover + relcoef * (runmax - maxover); // highest peak for setting att/rel decays in reltime
maxover = runmax;
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();
Sidechain ? (
ospl0 = spl2*=grv;
ospl1 = spl3*=grv;
):(
ospl0 = spl0*grv;//*makeupv;
ospl1 = spl1*grv;//*makeupv;
);
SCLC_inA = ospl0;
SCLC_inB = ospl1;
//Left
SCLC_x2A = SCLC_x1A;
SCLC_x1A = SCLC_x0A;
SCLC_x0A = SCLC_inA;
SCLC_y2A = SCLC_y1A;
SCLC_y1A = SCLC_y0A;
SCLC_y0A = SCLC_b0*SCLC_x0A + SCLC_b1*SCLC_x1A + SCLC_b2*SCLC_x2A - SCLC_a1*SCLC_y1A - SCLC_a2*SCLC_y2A;
//Right
SCLC_x2B = SCLC_x1B;
SCLC_x1B = SCLC_x0B;
SCLC_x0B = SCLC_inB;
SCLC_y2B = SCLC_y1B;
SCLC_y1B = SCLC_y0B;
SCLC_y0B = SCLC_b0*SCLC_x0B + SCLC_b1*SCLC_x1B + SCLC_b2*SCLC_x2B - SCLC_a1*SCLC_y1B - SCLC_a2*SCLC_y2B;