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Copy pathTool (Tukan)
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Tool (Tukan)
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desc:Tool (Tukan)
//author: Tukan
//version 1.1
slider1:0<0,95.5,0.5>-1 HP
slider2:100<0,100,1>-2 LP
slider3:0<-80,10,.1>-3 L Trim
slider4:0<0,1,0.01>-4 L Pan
slider5:0<-80,10,.1>-5 R Trim
slider6:1<0,1,0.01>-6 R Pan
slider7:0<0,1,1>-7 L Phase
slider8:0<0,1,1>-8 R Phase
slider9:0.5<0,1,0.01>-9 Balance
slider10:0<-24,24,0.24>-10 Output
slider11:1<0,3,1>-11 Output Format
slider12:1<0,6,.01>-12 Scaling
slider13:0<0,1,1>-13 L Mute
slider14:0<0,1,1>-14 L Mute
slider15:0<0,1,1>-15 Mute
slider16:0.5<0,1,0.01>-16 MS Processing
slider17:0<0,1,1>-17 DC Remove
filename:0,TOOL/TOOLBack.png
filename:1,TOOL/APIBig.png
filename:2,TOOL/APIRED.png
filename:3,TOOL/APISmall.png
filename:4,TOOL/whiteknob_35.png
filename:5,TOOL/LED.png
filename:6,TOOL/TOOLBack.png
filename:7,x
filename:8,x
filename:9,x
filename:10,x
filename:11,TOOL/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;
aab = 0;
// DC Blocker to remove near-static frequency content
// that would otherwise "offset" the waveform.
function dcBlocker () instance (otml, itml)
(
/*
srate < 50000 ? (stateOut *= 0.99); //99988487
srate > 50000 ? (stateOut *= 0.99999999);
stateOut += this - stateIn;
stateIn = this;
this = stateOut;
*/
aab = srate/(srate*1.00008);
srate < 400000 ? aab = srate/(srate*1.0002);
srate < 200000 ? aab = srate/(srate*1.0003);
srate < 100000 ? aab = srate/(srate*1.0007);
srate < 50000 ? aab = srate/(srate*1.001);
otm1=aab*otm1 + this - itm1; itm1=this; this=otm1;
);
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;
);
ghp.potcfg (0,0,95.5,0.1); //default. von, bis, step
glp.potcfg (100,0,100,0.1);
glshf.potcfg (0,0,1,.01); //PAN L
glshg.potcfg (1,0,1,.01); //PAN R
ghshf.potcfg (0,-80,10,.01); // L VOL
ghshg.potcfg (0,-80,10,.01); // R VOL
gpeakf.potcfg (0.5,0,1,0.01); // Balance
gpeakg.potcfg (0.5,0,1,0.01); // WIDTH MS
gpeakq.potcfg (0.7,0.2,10,.0038);
goutput.potcfg (0,-24,24,0.024);
//gdry.potcfg (0,0,1,.001);
knobsx = 50;
knobsy = 60;
ghp.rectIn(knobsx,knobsy,75,75);//xpos,ypos,weite,höhe des img
ghp.rectOut(knobsx,knobsy, 75, 75, 61, 2); //Xpos,ypos,weite,höhe,Frames,bitmap
glp.rectIn(knobsx+120,knobsy, 75, 75);
glp.rectOut(knobsx+120,knobsy, 75, 75, 61, 2);
knobsy += 140; //knobsx -= 240;
glshf.rectIn(knobsx+7,knobsy+7, 60, 60);
glshf.rectOut(knobsx+7,knobsy+7, 60, 60, 61, 3);
glshg.rectIn(knobsx+120+7,knobsy+7, 60, 60);
glshg.rectOut(knobsx+120+7,knobsy+7, 60, 60, 61, 3);
knobsy += 100;
ghshf.rectIn(knobsx,knobsy, 75, 75);
ghshf.rectOut(knobsx,knobsy, 75, 75, 61, 1);
ghshg.rectIn(knobsx+120,knobsy, 75, 75);
ghshg.rectOut(knobsx+120,knobsy, 75, 75, 61, 1);
goutput.rectIn(knobsx+280,knobsy, 75, 75);
goutput.rectOut(knobsx+280,knobsy, 75, 75, 61, 1);
gpeakf.rectIn(knobsx+287,knobsy-100, 60, 60);
gpeakf.rectOut(knobsx+287,knobsy-100, 60, 60, 61, 3);
gpeakg.rectIn(knobsx+287,knobsy-200, 60, 60);
gpeakg.rectOut(knobsx+287,knobsy-200, 60, 60, 61, 3);
//knobsx+=260; knobsy+=133;
//gdry.rectIn(knobsx-18,knobsy+85, 10, 10);
//gdry.rectOut(knobsx-18,knobsy+85, 10, 10, 61, 6);
//gpeakq.rectIn(knobsx+324,knobsy-175, 10, 10);
//gpeakq.rectOut(knobsx+324,knobsy-175, 10, 10, 61, 6);
//gpeakf.rectIn(knobsx+280,knobsy+7, 48, 60);
//gpeakf.rectOut(knobsx+280,knobsy+7, 48, 60, 2, 4);
//gpeakg.rectIn(knobsx+120,knobsy, 48, 60);
//gpeakg.rectOut(knobsx+120,knobsy, 48, 60, 2, 4);
ghp=slider1;
ghp.val=ghp;
ghp.potVal(ghp.val);
ghp.valOld=ghp;
glp=slider2;
glp.val=glp;
glp.potVal(glp.val);
glp.valOld=glp;
glshf=slider4;
glshf.val=glshf;
glshf.potVal(glshf.val);
glshf.valOld=glshf;
glshg=slider6;
glshg.val=glshg;
glshg.potVal(glshg.val);
glshg.valOld=glshg;
ghshf=slider3;
ghshf.val=ghshf;
ghshf.potVal(ghshf.val);
ghshf.valOld=ghshf;
ghshg=slider5;
ghshg.val=ghshg;
ghshg.potVal(ghshg.val);
ghshg.valOld=ghshg;
gpeakf=slider9;
gpeakf.val=gpeakf;
gpeakf.potVal(gpeakf.val);
gpeakf.valOld=gpeakf;
gpeakg=slider16;
gpeakg.val=gpeakg;
gpeakg.potVal(gpeakg.val);
gpeakg.valOld=gpeakg;
goutput=slider10;
goutput.val=goutput;
goutput.potVal(goutput.val);
goutput.valOld=goutput;
function stattslider () (
stattslider_on = 1;
/*
ghp=slider1;
ghp.val=ghp;
ghp.potVal(ghp.val);
ghp.valOld=ghp;
glp=slider2;
glp.val=glp;
glp.potVal(glp.val);
glp.valOld=glp;
*/
//****************************
//hp
n_hp = 5;
CHLP_sx = 16+slider1*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 = 0.55*res_hp*sin($pi*cutoff_hp);
CHLP_c1 = 0.5*(1-k)/(1+k);
CHLP_c2 = (0.5+CHLP_c1)*cos($pi*cutoff_hp);
CHLP_c3 = (0.5+CHLP_c1+CHLP_c2)*0.25;
CHLP_a0_hp = 2*CHLP_c3;
CHLP_a1_hp = -4*CHLP_c3;
CHLP_a2_hp = 2*CHLP_c3;
CHLP_b1_hp = -2*CHLP_c2;
CHLP_b2_hp = 2*CHLP_c1;
//****************************
//lp
n_lp = 5;
CHLP_sx = 16+slider2*1.20103;
CHLP_cx_lp = floor(exp(CHLP_sx*log(1.059))*8.17742);
cutoff_lp = 2*CHLP_cx_lp/srate;
res_lp = 10^(0.05*(-5/n_lp+1.5));
k = 0.62*res_lp*sin($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;
changer = 0;
);
@slider
changer = 1;
@sample
changer == 1 ? (
stattslider_on == 0 ? stattslider();
);
CleanL = spl0;
CleanR = spl1;
inl = spl0;
inr = spl1;
//*********************************************
//hp
slider1 > 0 ? (
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
slider2 < 100 ? (
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;
);
spl0 = CHLP_out_lp_l;
spl1 = CHLP_out_lp_r;
// PHASE FLIP
slider7 == 1 ? spl0 *= -1;
slider8 == 1 ? spl1 *= -1;
// MUTES
slider13 == 1 ? spl0 = 0;
slider14 == 1 ? spl1 = 0;
slider15 == 1 ? spl0 = spl1 = 0;
// L + R Trim
slider3 <= -80 ? (spl0=0):(spl0 *= 10^(slider3/20));
slider5 <= -80 ? (spl1=0):(spl1 *= 10^(slider5/20));
// PANS
vspl0 = spl0; vspl1 = spl1;
spl0 = vspl0 * sqrt(1-slider4) + vspl1 * (sqrt(1-slider6));
spl1 = vspl0 * (sqrt(slider4)) + vspl1 * (sqrt(slider6));
// MS PROCESSING
vspl0 = (spl0+spl1)/2;
vspl1 = (spl0-spl1)/2;
slider16 > 0.5 ? vspl0 *= (1-(slider16-0.5)*2);
slider16 < 0.5 ? vspl1 *= slider16*2;
spl0 = vspl0 + vspl1;
spl1 = vspl0 - vspl1;
slider17 == 1 ? (
spl0.dcblocker();
spl1.dcblocker();
);
//Balance
slider9 > 0.5 ? spl0 *= 2*(1-slider9);
slider9 < 0.5 ? spl1 *= 2*(slider9);
// Out Trim
slider10 != 0 ? (
spl0 *= 10^(slider10/20);
spl1 *= 10^(slider10/20);
);
//Out format
slider11 == 0 ? (
spl0 = spl1 = (spl0 + spl1)/2;
);
slider11 == 1 ? (
katze = 0;
);
slider11 == 2 ? (
vspl0 = (spl0+spl1)/2;
vspl1 = (spl0-spl1)/2;
spl0 = vspl0;
spl1 = vspl1;
);
slider11 == 3 ? (
vspl0 = spl0 + spl1;
vspl1 = spl0 - spl1;
spl0 = vspl0;
spl1 = vspl1;
);
@gfx 487 462
///////////////////////////// ZFCT ////////////////////////
zfct_w = 487; zfct_h = 462;
gfx_setimgdim(127,zfct_w,zfct_h);
gfx_dest = 127;
zmnu != slider12 ? zmnu = slider12;
mouse_xz = mouse_x / zfct;
mouse_yz = mouse_y / zfct;
///////////////////////////////////////////////////////////
mouseHold = mouse_cap & 1;
ctrl = mouse_cap & 4;
shift = mouse_cap & 8;
mouseClick = mouseHold - lastCap;
lastCap = mouseHold;
gfx_a=1;
gfx_x=0;gfx_y=0;
gfx_blit(6,1,0);
function textcol() (
gfx_r = 0; gfx_b=1;gfx_g=0.8;
);
//gfx_r=gfx_b=gfx_g = .2;
//gfx_rect(0,0,gfx_w,gfx_h);
knobsx = 50; knobsy = 135;
gfx_x = knobsx+7; gfx_y=knobsy+3;
gfx_r=gfx_b=gfx_g = 0;
gfx_rect(knobsx, knobsy, 75,15);
textcol();
slider1 > 0 ? (
hpf_f = CHLP_cx_hp*(4/3);
hpf_f < 1000 ? (
gfx_drawnumber(hpf_f,0);
gfx_drawstr(" Hz");
):(
gfx_drawnumber(hpf_f/1000,1);
gfx_drawstr(" kHz");
);
):(
gfx_drawstr("HPF OFF");
);
knobsx += 120;
gfx_x = knobsx+7; gfx_y=knobsy+3;
gfx_r=gfx_b=gfx_g = 0;
gfx_rect(knobsx, knobsy, 75,15);
textcol();
slider2 < 100 ? (
lpf_f = CHLP_cx_lp*(3/4);
lpf_f < 1000 ? (
gfx_drawnumber(lpf_f,0);
gfx_drawstr(" Hz");
):(
gfx_drawnumber(lpf_f/1000,1);
gfx_drawstr(" kHz");
);
):(
gfx_drawstr("LPF OFF");
);
gfx_x = glshf.xIn; gfx_y = glshf.yIn+glshf.heightIn;
gfx_r=gfx_b=gfx_g = 0;
gfx_rect(gfx_X, gfx_y, 60,15);
textcol();
gfx_x += 5; gfx_y +=3;
slider4 != 0 ? slider4 < 0.5 ? (gfx_drawnumber(100-slider4*200,0);gfx_drawstr(" % L"));
slider4 != 1 ? slider4 > 0.5 ? (gfx_drawnumber((slider4-0.5)*200,0);gfx_drawstr(" % R"));
slider4 == 0 ? (gfx_x += 22; gfx_drawstr("L"));
slider4 == 0.5 ? (gfx_x += 22; gfx_drawstr("C"));
slider4 == 1 ? (gfx_x += 22; gfx_drawstr("R"));
gfx_x = glshg.xIn; gfx_y = glshg.yIn+glshg.heightIn;
gfx_r=gfx_b=gfx_g = 0;
gfx_rect(gfx_X, gfx_y, 60,15);
textcol();
gfx_x += 5; gfx_y +=3;
slider6 != 0 ? slider6 < 0.5 ? (gfx_drawnumber(100-slider6*200,0);gfx_drawstr(" % L"));
slider6 != 1 ? slider6 > 0.5 ? (gfx_drawnumber((slider6-0.5)*200,0);gfx_drawstr(" % R"));
slider6 == 0 ? (gfx_x += 22; gfx_drawstr("L"));
slider6 == 0.5 ? (gfx_x += 22; gfx_drawstr("C"));
slider6 == 1 ? (gfx_x += 22; gfx_drawstr("R"));
gfx_x = ghshf.xIn; gfx_y = ghshf.yIn+ghshf.heightIn;
gfx_r=gfx_b=gfx_g = 0;
gfx_rect(gfx_X, gfx_y, 75,15);
textcol();
gfx_x += 5; gfx_y +=3;
slider3 != -80 ? (gfx_drawnumber(slider3,1);gfx_drawstr(" dB")):(gfx_x += 20;gfx_drawstr("OFF"));
gfx_x = ghshg.xIn; gfx_y = ghshg.yIn+ghshg.heightIn;
gfx_r=gfx_b=gfx_g = 0;
gfx_rect(gfx_X, gfx_y, 75,15);
textcol();
gfx_x += 5; gfx_y +=3;
slider5 != -80 ? (gfx_drawnumber(slider5,1);gfx_drawstr(" dB")):(gfx_x += 20;gfx_drawstr("OFF"));
gfx_x = goutput.xIn; gfx_y = goutput.yIn+goutput.heightIn;
gfx_r=gfx_b=gfx_g = 0;
gfx_rect(gfx_X, gfx_y, 75,15);
textcol();
gfx_x += 5; gfx_y +=3;
gfx_drawnumber(slider10,1);gfx_drawstr(" dB");
gfx_x = gpeakg.xIn; gfx_y = gpeakg.yIn+gpeakg.heightIn;
gfx_r=gfx_b=gfx_g = 0;
gfx_rect(gfx_X, gfx_y, 60,15);
textcol();
gfx_x += 2; gfx_y +=3;
slider16 != 0 ? slider16 < 0.5 ? (gfx_drawnumber(slider16*200,1);gfx_drawstr("% S"));
slider16 != 1 ? slider16 > 0.5 ? (gfx_drawnumber(100-(slider16-0.5)*200,1);gfx_drawstr("% M"));
slider16 == 0.5 ? (gfx_x += 15; gfx_drawstr("OFF"));
slider16 == 0 ? (gfx_x += 12; gfx_drawstr("MONO"));
slider16 == 1 ? (gfx_x += 12; gfx_drawstr("SIDE"));
gfx_x = gpeakf.xIn; gfx_y = gpeakf.yIn+gpeakf.heightIn;
gfx_r=gfx_b=gfx_g = 0;
gfx_rect(gfx_X, gfx_y, 60,15);
textcol();
gfx_x += 5; gfx_y +=3;
slider9 != 0 ? slider9 < 0.5 ? (gfx_drawnumber(100-slider9*200,0);gfx_drawstr(" % L"));
slider9 != 1 ? slider9 > 0.5 ? (gfx_drawnumber((slider9-0.5)*200,0);gfx_drawstr(" % R"));
slider9 == 0 ? (gfx_x += 22; gfx_drawstr("L"));
slider9 == 0.5 ? (gfx_x += 22; gfx_drawstr("C"));
slider9 == 1 ? (gfx_x += 22; gfx_drawstr("R"));
//slider11 == 0 ? (gfx_blit(4,1,0,0,0,48,60)):(gfx_blit(4,1,0,0,60,48,60));
//gfx_rect(275,70,30,60);
gfx_x = 40; gfx_y = 395;
slider7 == 1 ? (gfx_blit(4,1,0,0,35,35,35)):(gfx_blit(4,1,0,0,0,35,35));
gfx_x += 32; gfx_y += 3;
slider7 == 1 ? (gfx_blit(5,1,0,0,0,30,30)):(gfx_blit(5,1,0,0,30,30,30));
gfx_x = 40; gfx_y = 425;
slider13 == 1 ? (gfx_blit(4,1,0,0,35,35,35)):(gfx_blit(4,1,0,0,0,35,35));
gfx_x += 32; gfx_y += 3;
slider13 == 1 ? (gfx_blit(5,1,0,0,0,30,30)):(gfx_blit(5,1,0,0,30,30,30));
gfx_x = 160; gfx_y = 395;
slider8 == 1 ? (gfx_blit(4,1,0,0,35,35,35)):(gfx_blit(4,1,0,0,0,35,35));
gfx_x += 32; gfx_y += 3;
slider8 == 1 ? (gfx_blit(5,1,0,0,0,30,30)):(gfx_blit(5,1,0,0,30,30,30));
gfx_x = 160; gfx_y = 425;
slider14 == 1 ? (gfx_blit(4,1,0,0,35,35,35)):(gfx_blit(4,1,0,0,0,35,35));
gfx_x += 32; gfx_y += 3;
slider14 == 1 ? (gfx_blit(5,1,0,0,0,30,30)):(gfx_blit(5,1,0,0,30,30,30));
gfx_x = 320; gfx_y = 400;
slider15 == 1 ? (gfx_blit(4,1,0,0,35,35,35)):(gfx_blit(4,1,0,0,0,35,35));
gfx_x += 32; gfx_y += 3;
slider15 == 1 ? (gfx_blit(5,1,0,0,0,30,30)):(gfx_blit(5,1,0,0,30,30,30));
gfx_x = 320; gfx_y = 425;
slider17 == 1 ? (gfx_blit(4,1,0,0,35,35,35)):(gfx_blit(4,1,0,0,0,35,35));
gfx_x += 32; gfx_y += 3;
slider17 == 1 ? (gfx_blit(5,1,0,0,0,30,30)):(gfx_blit(5,1,0,0,30,30,30));
gfx_x = 280; gfx_y = 40;
slider11 == 0 ? (gfx_blit(4,1,0,0,35,35,35)):(gfx_blit(4,1,0,0,0,35,35));
gfx_x += 32; gfx_y += 3;
slider11 == 0 ? (gfx_blit(5,1,0,0,0,30,30)):(gfx_blit(5,1,0,0,30,30,30));
gfx_x += 40;
slider11 == 2 ? (gfx_blit(4,1,0,0,35,35,35)):(gfx_blit(4,1,0,0,0,35,35));
gfx_x += 32; gfx_y += 3;
slider11 == 2 ? (gfx_blit(5,1,0,0,0,30,30)):(gfx_blit(5,1,0,0,30,30,30));
gfx_x += 40;
slider11 == 3 ? (gfx_blit(4,1,0,0,35,35,35)):(gfx_blit(4,1,0,0,0,35,35));
gfx_x += 32; gfx_y += 3;
slider11 == 3 ? (gfx_blit(5,1,0,0,0,30,30)):(gfx_blit(5,1,0,0,30,30,30));
gfx_r = 1;
//gfx_rect(40,408,35,18);
ghp.knob();
glp.knob();
glshf.knob();
glshg.knob();
ghshf.knob();
ghshg.knob();
gpeakf.knob();
gpeakg.knob();
//gpeakq.knob();
goutput.knob();
// gdry.knob();