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Copy pathLimiter 3 (Tukan)
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Limiter 3 (Tukan)
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desc:Limiter 3 (Tukan)
slider1:0<-32,0,0.1>-1 Limit (dB)
slider2:1<0,1,1>-ISP Detect
slider3:100<20,800,1>-3 Release (ms)
slider4:0<-32 ,32,0.001>-4 Out Gain (dB)
slider5:0<0,1,1>-5 Maximizer mode
slider6:0<0,1,1>-6 Maximizer mode listen
slider7:-40<-100,-10,1>-Meters bottom
slider8:1<0,6,.01>-DONT Scaling
slider9:0<-32 ,32,0.001>-9 In Gain(dB)
slider10:6000<1,8000,1>-DONT Window Size (ms)
slider11:0<-24,24,0.1>-Zoom Gain (dB)
slider12:0<0,3,1>-DONT Scope in/Out
slider13:1<0,1,1>-DONT Scope
slider14:1<0,1,1>-DONT Show Threshold in scope
slider15:1<0,1,1>-DONT Show GR in scope
slider16:0<-6,0,0.1>-DONT Maximizer Out
import BusTools/st-oversampler.jsfx-inc
filename:0,BusTools/50tknob.png
filename:1,BusTools/60knob_p.png
filename:2,BusTools/60cknob_o.png
filename:3,BusTools/whiteknob_35.png
filename:4,BusTools/LED.png
filename:5,BusTools/screw2.png
filename:6,BusTools/L3Back.png
filename:7,BusTools/menu.png
options:no_meter
options:gfx_idle
@init
gfx_ext_retina = 1;
ext_noinit = 1;
// 1MS
output = 1;
transfer_A = 0;
transfer_B = 1;
gain = 1;
env0 = 0;
env1 = 0;
env2 = 0;
len = (0.001*srate)|0; // 1 ms lookahead
bufl = 0;
bufr = len;
pos = 0;
log2dB = 8.6858896380650365530225783783321;
db2log = 0.11512925464970228420089957273422;
histbuf = led + len + len;
histpos=0;
db_g_max_u_L_hold = -120;
db_g_max_u_L_hold_number = -120;
db_g_max_u_L_hold_out = -120;
db_g_max_u_L_hold_out_number = -120;
db_g_max_u_R_hold = -120;
db_g_max_u_R_hold_number = -120;
db_g_max_u_R_hold_out = -120;
db_g_max_u_R_hold_out_number = -120;
db_g_max_u_L = -120;
db_g_max_u_L_out = -120;
db_g_max_u_R = -120;
db_g_max_u_R_out = -120;
grmin = 0;
xL_Max = 0;
function int(x) ( x|0 );
dbc = 20/log(10);
function db2ratio(d) ( 10^(d/20); );
function ratio2db(r) ( log(abs(r))*dbc; );
grminx = 1;
TP_threshold = -20;
TP_knee_width = abs(TP_threshold*2*0*0.01);
TP_ceiling = 1/(db2ratio(TP_threshold));
TP_slope = -1;
TP_release = 3/1000;
TP_alphaR = TP_release>0 ? exp(-1 / (TP_release * 8*srate)) : 0;
TP_Tlo = (TP_threshold - TP_knee_width / 2);
TP_Thi = (TP_threshold + TP_knee_width / 2);
TP_knee_factor = (TP_slope / (TP_knee_width * 2));
TP_yR = 0;
function TP_computeGain(TP_x)
(
(TP_x < TP_Tlo) ? TP_x = 0 :
(TP_x > TP_Thi) ? TP_x = TP_slope * (TP_x - TP_threshold) :
(TP_delta = TP_x - TP_Tlo;
TP_x = TP_delta * TP_delta * TP_knee_factor;);
//TP_x > TP_threshold ? (
//TP_x = TP_threshold - TP_x;
//):(
//TP_x = 0;
//);
);
function TP_smoothAverage(TP_x, TP_alphaR)
(
TP_eps = 0.0000000001;
TP_yR = min(TP_x, TP_alphaR * TP_yR + (1 - TP_alphaR) * TP_x + TP_eps - TP_eps);
TP_x = TP_yR;
);
db_g_max_u_L_hold = -120;
db_g_max_u_L_hold_out = -120;
db_g_max_u_R_hold = -120;
db_g_max_u_R_hold_out = -120;
db_g_max_u_L = -120;
db_g_max_u_L_out = -120;
db_g_max_u_R = -120;
db_g_max_u_R_out = -120;
meter_fallback = 20; //db/sec
threshold = slider1;
knee_width = abs(slider1*2*0*0.01);
ceiling = 1/(db2ratio(threshold));
slope = -1;
release = slider3/1000;
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;
function computeGain(x)
(
(x < Tlo) ? x = 0 :
(x > Thi) ? x = slope * (x - threshold) :
(delta = x - Tlo;
x = delta * delta * knee_factor;);
);
function smoothAverage(x, alphaR)
(
eps = 0.0000000001;
yR = min(x, alphaR * yR + (1 - alphaR) * x + eps - eps);
x = yR;
);
gr_meter = 1;
gr_meter_decay = 1.0001;//exp(1/(1*srate));
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 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);
vslider == 7 ? (gfx_drawstr("Meters bottom: ");gfx_drawnumber(floor(val),0);gfx_drawstr("dB"));
):(
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);
vslider == 7 ? (gfx_drawstr("Meters bottom: ");gfx_drawnumber(floor(val),0);gfx_drawstr("dB"));
);
);
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;
);
g_Thresh.potcfg (0,-32,0,.3,1); // default, min, max, step, slider
g_Release.potcfg (100,20,800,.3,3);
g_Output.potcfg (0,-32,32,.3,4);
g_screw.potcfg (-40,-100,-10,.3,7);
g_Input.potcfg (0,-32,32,.3,9);
g_scopezoom.potcfg (0,-24,24,.1,11);
function clipper(inclip) (
min(max(-db2ratio(threshold), inclip), db2ratio(threshold));
);
function stattslider() (
stattslider_on = 1;
/*
threshold = slider1;
knee_width = abs(slider1*2*0*0.01);
ceiling = 1/(db2ratio(threshold));
slope = -1;
release = slider3/1000;
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^(slider4/20);
outoput = slider4;
//slider2 == 1 ? (
//pdc_delay = 11;// 31; // ?????????????
//):(
//pdc_delay = 0;
//);
TP_threshold = threshold -0.3;
TP_knee_width = abs(TP_threshold*2*20*0.01);
TP_ceiling = 1/(db2ratio(TP_threshold));
TP_slope = -1;
TP_release = slider3/1000;
TP_alphaR = TP_release>0 ? exp(-1 / (TP_release *srate/8)) : 0;
TP_Tlo = (TP_threshold - TP_knee_width / 2);
TP_Thi = (TP_threshold + TP_knee_width / 2);
TP_knee_factor = (TP_slope / (TP_knee_width * 2));
TP_yR = 0;
//post_gain_step = (post_gain - output)/(srate/100);
//runner = 0;
*/
//1MS
threshold = 10^(slider1/20);
ceiling = 1; //10^(slider2/20);
transfer_A = -1;
transfer_B = output * pow(threshold,-transfer_A);
release = exp(-1/((slider3/2)/1000*srate));
vslider4 = 10;
envelope_decay0 = exp(-1/((10+(vslider4*0.9))/1000*srate));
envelope_decay1 = exp(-1/((10+(vslider4*0.6))/1000*srate));
envelope_decay2 = exp(-1/((10+(vslider4*0.3))/1000*srate));
//mode = slider5;
//hard = slider6;
vol = ceiling/threshold;
slider5 == 1 ? slider4 = -slider1 + slider16;
size=slider10;
histsize=size/1000*srate|0;
zoom_gain=10^(slider11/20);
emptyscope == 1 ? (
histpos = 0;
loop(histsize,
histbuf[histpos] = 0;
histbuf[histpos+histsize] = 0;
histbuf[histpos+histsize+histsize] = 0;
histbuf[histpos+histsize+histsize+histsize] = 0;
histpos += 1;
);
histpos = 0;
emptyscope = 0;
);
scope = slider13;
scope_out = slider12;
threshold_in_scope = slider14;
stattslider_on = 0;
caller = 0;
);
@slider
caller = 1;
pdc_bot_ch = 0;
pdc_top_ch = 2;
pdc_delay = (srate*0.001)-1;// 31; // ?????????????
@sample
caller == 1 ? (
stattslider_on == 0 ? (
stattslider();
););
play_state == 1 || play_state == 5 ? (
play_state != play_state_old ? (
pos = 0;
loop(len+1,
bufl[pos] = 0;
bufr[pos] = 0;
pos += 1;
);
pos = 0;
play_state_old = play_state;
);
);
//runner <= srate/100 ? (
nojump = db2ratio(-55);
pre_gain += max(min((10^(slider9/20))-pre_gain,nojump),-nojump);
post_gain += max(min((10^(slider4/20))-post_gain,nojump),-nojump);
//runner += 1;
//);
spl0 *= pre_gain;
spl1 *= pre_gain;
scope_out == 0 ? (
histbuf[histpos]=spl0;// * -zoom_gain;
histbuf[histpos+histsize]=spl1;// * -zoom_gain;
);
scope_out == 2 ? (
histbuf[histpos]=spl0;// * -zoom_gain;
histbuf[histpos+histsize]=spl1;// * -zoom_gain;
);
g_max_u_L=min(1,abs(spl0));
ratio2db(g_max_u_L) > db_g_max_u_L ? (
db_g_max_u_L = ratio2db(g_max_u_L);
):(
db_g_max_u_L -= meter_fallback/srate; // db pro sec
);
db_g_max_u_L_hold = max(db_g_max_u_L_hold,db_g_max_u_L);
db_g_max_u_L_hold_number = max(db_g_max_u_L_hold_number,ratio2db(abs(spl0)));
g_max_u_R=min(1,abs(spl1));
ratio2db(g_max_u_R) > db_g_max_u_R ? (
db_g_max_u_R = ratio2db(g_max_u_R);
):(
db_g_max_u_R -= meter_fallback/srate; // db pro sec
);
db_g_max_u_R_hold = max(db_g_max_u_R_hold,db_g_max_u_R);
db_g_max_u_R_hold_number = max(db_g_max_u_R_hold_number,ratio2db(abs(spl1)));
bufl[pos] = spl0;
bufr[pos] = spl1;
pos = (pos+1)%len;
slider2 == 1 ? (
//////////////////////////////////////////////7
os0.os_up8(spl0);
os1.os_up8(spl1);
xL = max(abs(os0.y0), abs(os0.y1));
xL = max(xL, abs(os0.y3));
xL = max(xL, abs(os0.y4));
xL = max(xL, abs(os0.y5));
xL = max(xL, abs(os0.y6));
xL = max(xL, abs(os0.y7));
xL = max(xL, abs(os1.y0));
xL = max(xL, abs(os1.y1));
xL = max(xL, abs(os1.y2));
xL = max(xL, abs(os1.y3));
xL = max(xL, abs(os1.y4));
xL = max(xL, abs(os1.y5));
xL = max(xL, abs(os1.y6));
xL = max(xL, abs(os1.y7));
//////////////////////////////////////////////
);
inL = spl0;
inR = spl1;
adddet = db2ratio(slider9)/1000;
ave = 0;
slider2 == 1 ? (det = xL):(det=max(abs(inL),abs(inR)));
slider2 == 1 ? det *= db2ratio(0.3);
slider2 == 1 ? det *= 1+adddet;//0.000000000001;
/*
env0 = det >= env0 ? det : det+envelope_decay0*(env0-det);
env1 = env0 >= env1 ? env0 : env0+envelope_decay1*(env1-env0);
env2 = env1 >= env2 ? env1 : env1+envelope_decay2*(env2-env1);
*/
hard =1;
hard ? (
env2 = det >= env2 ? det : det+envelope_decay0*(env2-det);
):(
env0 = det >= env0 ? det : det+envelope_decay0*(env0-det);
env1 = env0 >= env1 ? env0 : env0+envelope_decay1*(env1-env0);
env2 = env1 >= env2 ? env1 : env1+envelope_decay2*(env2-env1);
);
transfer_gain = env2 > threshold ? pow(env2,transfer_A)*transfer_B:output;
gain = transfer_gain < gain ? transfer_gain : transfer_gain+release*(gain-transfer_gain);
/*
transfer_gain < gain ? (
max_red > transfer_gain-gain ? max_red = transfer_gain-gain;
still_att = 1;
):(
still_att = 0;
max_red = 1;
gain = transfer_gain+release*(gain-transfer_gain);
);
still_att == 1 ? (
gain += (max_red)/(srate*0.001);
);
*/
//doublemeter
histbuf[histpos+histsize+histsize+histsize+histsize]=bufl[pos] * gain;// * -zoom_gain;
histbuf[histpos+histsize+histsize+histsize+histsize+histsize]=bufr[pos] * gain;// * -zoom_gain;
slider6 == 0 ? (
spl0 = bufl[pos] * gain * post_gain;// * vol;
spl1 = bufr[pos] * gain * post_gain;// * vol;
):(
spl0 = bufl[pos] * gain;
spl1 = bufr[pos] * gain;
);
//gr = log(gain)*log2dB;
//grv = exp(gr*db2log);
//grv < gr_meter ? gr_meter=grv : ( gr_meter*=gr_meter_decay; gr_meter>1?gr_meter=1; );
//grmin = min( min(gr,gr) , grmin);
grmin = min(grmin, ratio2db(gain));
gr_meter > gain ? (
gr_meter = gain;
):(
gr_meter += db2ratio(3)/srate;
gr_meter = min(gr_meter,1);
);
/*
slider5 == 1 ? (
spl0 = spl0 * ceiling* db2ratio(threshold);
spl1 = spl1 * ceiling * db2ratio(threshold);
slider6 == 1 ? (
spl0 = InL - spl0;
spl1 = inR - spl1;
);
);
slider5 != 1 ? (
spl0 *= output * ceiling;
spl1 *= output * ceiling;
);
*/
scope_out == 1 ? (
histbuf[histpos]=spl0;// * -zoom_gain;
histbuf[histpos+histsize]=spl1;// * -zoom_gain;
);
histbuf[histpos+histsize+histsize]=gain;
histbuf[histpos+histsize+histsize+histsize]=gain;
histpos+=1;
histpos >= histsize ? histpos=0;
out_meter_spl0 = spl0;
out_meter_spl1 = spl1;
g_max_u_L_out=min(1,abs(out_meter_spl0));
ratio2db(g_max_u_L_out) > db_g_max_u_L_out ? (
db_g_max_u_L_out = ratio2db(g_max_u_L_out);
):(
db_g_max_u_L_out -= meter_fallback/srate; // db pro sec
);
db_g_max_u_L_hold_out = max(db_g_max_u_L_hold_out,db_g_max_u_L_out);
db_g_max_u_L_hold_out_number = max(db_g_max_u_L_hold_out_number,ratio2db(abs(out_meter_spl0)));
g_max_u_R_out=min(1,abs(out_meter_spl1));
ratio2db(g_max_u_R_out) > db_g_max_u_R_out ? (
db_g_max_u_R_out = ratio2db(g_max_u_R_out);
):(
db_g_max_u_R_out -= meter_fallback/srate; // db pro sec
);
db_g_max_u_R_hold_out = max(db_g_max_u_R_hold_out,db_g_max_u_R_out);
db_g_max_u_R_hold_out_number = max(db_g_max_u_R_hold_out_number,ratio2db(abs(out_meter_spl1)));
@gfx 700 275
gfx_clear;
//gfx_x=gfx_y=3;
//gfx_r=gfx_b=1;
//gfx_drawnumber(ratio2db(maxabs_hold),2);
//gfx_drawnumber(ratio2db(cL_max),2); gfx_drawstr(" ");
//gfx_drawnumber(ratio2db(maxabs_hold),2); gfx_drawstr(" ");
//mouse_cap == 1 ? (maxabs_hold = 0; cl_max = 1);
mouseHold = mouse_cap & 1;
ctrl = mouse_cap & 4;
shift = mouse_cap & 8;
alt = mouse_cap & 16;
mouseClick = mouseHold - lastCap;
lastCap = mouseHold;
mouse_xz = mouse_x;
mouse_yz = mouse_y;
// zfct = 1;
gfx_ext_flags == 0 ? (
///////////////////////////// ZFCT ////////////////////////
zfct_w = 700; zfct_h = 275;
gfx_setimgdim(127,zfct_w,zfct_h);
gfx_dest = 127;
zmnu != slider8 ? zmnu = slider8;
mouse_xz = mouse_x / zfct;
mouse_yz = mouse_y / zfct;
///////////////////////////////////////////////////////////
meters_x = 10;
meters_y = 30;
meters_sm_dist = 5;
meters_big_dist = 20;
meters_w = 560;
meters_h = 8;
bottom = floor(-slider7);
gfx_r=gfx_g=gfx_b=0; gfx_a = 1;gfx_rect(0,0,gfx_w,gfx_h);
scope == 0 ? (
// IN METERS
gfx_r=gfx_b=0;gfx_g=1;
xi = bottom-abs(db_g_max_u_L);
gfx_rect(meters_x, meters_y, (meters_w/bottom)*xi, meters_h);
xi = bottom-abs(db_g_max_u_L_hold);
gfx_line(meters_x+(meters_w/bottom)*xi, meters_y, meters_x+(meters_w/bottom)*xi, meters_y + meters_h);
xi = bottom-abs(db_g_max_u_R);
gfx_rect(meters_x, meters_y+meters_h+meters_sm_dist, (meters_w/bottom)*xi, meters_h);
xi = bottom-abs(db_g_max_u_r_hold);
gfx_line(meters_x+(meters_w/bottom)*xi, meters_y+meters_h+meters_sm_dist, meters_x+(meters_w/bottom)*xi, meters_y+meters_h+meters_sm_dist + meters_h);
gfx_r=0; gfx_b=1;gfx_g=0; gfx_a = 1; gfx_mode = 1;
mloop = 0;
xi = bottom-abs(db_g_max_u_L);
loop((meters_w/bottom)*xi, //verfaerbung
gfx_r = 0.4*((mloop)/(meters_w-(meters_w/3)));
gfx_b = min(1,1-((mloop)/(meters_w-(meters_w/3))));
gfx_line(meters_x + mloop, meters_y, meters_x + mloop, meters_y+meters_h);
mloop += 1;
);
gfx_mode = 0;
// Schwarze Striche
mloop = 0;
xi = meters_x+(meters_w/bottom)*(bottom-abs(db_g_max_u_L));
gfx_r=gfx_g=gfx_b=0;
loop(bottom,
meters_x + mloop*(meters_w/bottom) <= xi ?(
gfx_line(meters_x + mloop*(meters_w/bottom), meters_y, meters_x + mloop*(meters_w/bottom), meters_y + meters_H);
);
mloop+=1;
);
gfx_r=0; gfx_b=1;gfx_g=0; gfx_a = 1; gfx_mode = 1;
mloop = 0;
xi = bottom-abs(db_g_max_u_R);
loop((meters_w/bottom)*xi,
gfx_r = 0.4*((mloop)/(meters_w-(meters_w/3)));
gfx_b = min(1,1-((mloop)/(meters_w-(meters_w/3))));
gfx_line(meters_x + mloop, meters_y+meters_h+meters_sm_dist, meters_x + mloop, meters_y+meters_h+meters_h+meters_sm_dist);
mloop += 1;
);
gfx_mode = 0;
gfx_mode = 0;
// Schwarze Striche
mloop = 0;
xi = meters_x+(meters_w/bottom)*(bottom-abs(db_g_max_u_R));
gfx_r=gfx_g=gfx_b=0;
loop(bottom,
meters_x + mloop*(meters_w/bottom) <= xi ?(
gfx_line(meters_x + mloop*(meters_w/bottom), meters_y+meters_h+meters_sm_dist, meters_x + mloop*(meters_w/bottom), meters_y + meters_H+meters_h+meters_sm_dist);
);
mloop+=1;
);
// GR METER
gr_meter_db = ratio2db(gr_Meter);
gfx_r=1;gfx_b=0;gfx_g=0;
xi = abs(gr_meter_db);
gfx_x = meters_x + meters_w; gfx_y = meters_y + 2*meters_h + meters_sm_dist + meters_big_dist;
gfx_rectto(gfx_x - (meters_w/bottom)*xi, gfx_y + meters_h);
xi = abs(grmin);
gfx_line(meters_x+meters_w-(meters_w/bottom)*xi, meters_y + 2*meters_h + meters_sm_dist + meters_big_dist, meters_x+meters_w-(meters_w/bottom)*xi, meters_y + 2*meters_h + meters_sm_dist + meters_big_dist + meters_h);
gfx_r=0; gfx_b=1;gfx_g=0; gfx_a = 1; gfx_mode = 1;
mloop = 0;
//xi = bottom-abs(db_g_max_u_L);
loop((meters_w/bottom)*xi,
//gfx_r = 0.4*((mloop)/(meters_w-(meters_w/3)));
gfx_b = ((mloop)/(meters_w-(meters_w/3)));
gfx_line(meters_x+meters_w - mloop, meters_y + 2*meters_h + meters_sm_dist + meters_big_dist, meters_x+meters_w - mloop, meters_y + 2*meters_h + meters_sm_dist + meters_big_dist+meters_h);
mloop += 1;
);
gfx_mode = 0;
// Schwarze Striche
mloop = 0;
xi = meters_x + meters_w - abs(ratio2db(gr_Meter))*(meters_w/bottom);
gfx_r=gfx_g=gfx_b=0;
loop(bottom,
meters_x + mloop*(meters_w/bottom) >= xi ?(
gfx_line(meters_x + mloop*(meters_w/bottom), meters_y+ 2*meters_h + meters_sm_dist + meters_big_dist, meters_x + mloop*(meters_w/bottom), meters_y + meters_H+ 2*meters_h + meters_sm_dist + meters_big_dist);
);
mloop+=1;
);
// OUT METERS
gfx_r=gfx_b=0;gfx_g=1;
xi = bottom-abs(db_g_max_u_L_out);
gfx_rect(meters_x, meters_y+ 3*meters_h + meters_sm_dist + 2*meters_big_dist, (meters_w/bottom)*xi, meters_h);
xi = bottom-abs(db_g_max_u_L_hold_out);
gfx_line(meters_x+(meters_w/bottom)*xi, meters_y+ 3*meters_h + meters_sm_dist + 2*meters_big_dist, meters_x+(meters_w/bottom)*xi, meters_y + meters_h+ 3*meters_h + meters_sm_dist + 2*meters_big_dist);
xi = bottom-abs(db_g_max_u_R_out);
gfx_rect(meters_x, meters_y+ 4*meters_h + 2*meters_sm_dist + 2*meters_big_dist, (meters_w/bottom)*xi, meters_h);
xi = bottom-abs(db_g_max_u_R_hold_out);
gfx_line(meters_x+(meters_w/bottom)*xi, meters_y+ 4*meters_h + 2*meters_sm_dist + 2*meters_big_dist, meters_x+(meters_w/bottom)*xi, meters_y + meters_h+ 4*meters_h + 2*meters_sm_dist + 2*meters_big_dist);
gfx_r=0; gfx_b=1;gfx_g=0; gfx_a = 1; gfx_mode = 1;
mloop = 0;
xi = bottom-abs(db_g_max_u_L_out);
loop((meters_w/bottom)*xi,
gfx_r = 0.4*((mloop)/(meters_w-(meters_w/3)));
gfx_b = min(1,1-((mloop)/(meters_w-(meters_w/3))));
gfx_line(meters_x + mloop, meters_y+ 3*meters_h + meters_sm_dist + 2*meters_big_dist, meters_x + mloop, meters_y+meters_h+ 3*meters_h + meters_sm_dist + 2*meters_big_dist);
mloop += 1;
);
mloop = 0;
xi = bottom-abs(db_g_max_u_R_out);
loop((meters_w/bottom)*xi,
gfx_r = 0.4*((mloop)/(meters_w-(meters_w/3)));
gfx_b = min(1,1-((mloop)/(meters_w-(meters_w/3))));
gfx_line(meters_x + mloop, meters_y+ 4*meters_h + 2*meters_sm_dist + 2*meters_big_dist, meters_x + mloop, meters_y+meters_h+ 4*meters_h + 2*meters_sm_dist + 2*meters_big_dist);
mloop += 1;
);
gfx_mode = 0;
// Schwarze Striche
mloop = 0;
xi = meters_x+(meters_w/bottom)*(bottom-abs(db_g_max_u_L_out));
gfx_r=gfx_g=gfx_b=0;
loop(bottom,
meters_x + mloop*(meters_w/bottom) <= xi ?(
gfx_line(meters_x + mloop*(meters_w/bottom), meters_y+ 3*meters_h + meters_sm_dist + 2*meters_big_dist, meters_x + mloop*(meters_w/bottom), meters_y + meters_H+ 3*meters_h + meters_sm_dist + 2*meters_big_dist);
);
mloop+=1;
);
// Schwarze Striche
mloop = 0;
xi = meters_x+(meters_w/bottom)*(bottom-abs(db_g_max_u_R_Out));
gfx_r=gfx_g=gfx_b=0;
loop(bottom,
meters_x + mloop*(meters_w/bottom) <= xi ?(
gfx_line(meters_x + mloop*(meters_w/bottom), meters_y+ 4*meters_h + 2*meters_sm_dist + 2*meters_big_dist, meters_x + mloop*(meters_w/bottom), meters_y + meters_H+ 4*meters_h + 2*meters_sm_dist + 2*meters_big_dist);
);
mloop+=1;
);
db_g_max_u_L_hold_number < 0 ? (gfx_r=gfx_g=gfx_b=0.7):(gfx_r=1;gfx_g=gfx_b=0.3);
gfx_x = meters_x + meters_w + 6;
gfx_y = meters_y;
db_g_max_u_L_hold >= 0 ? gfx_x +=8;
db_g_max_u_L_hold > -10 ? gfx_x +=8;
db_g_max_u_L_hold > -120 ? (
gfx_drawnumber(db_g_max_u_L_hold_number,1); gfx_drawstr(" dB IN L");
):(
gfx_drawstr(" -- dB IN L"));
db_g_max_u_R_hold_number < 0 ? (gfx_r=gfx_g=gfx_b=0.7):(gfx_r=1;gfx_g=gfx_b=0.3);
gfx_x = meters_x + meters_w + 6;
gfx_y = meters_y + meters_h + meters_sm_dist;
db_g_max_u_R_hold >= 0 ? gfx_x +=8;
db_g_max_u_R_hold > -10 ? gfx_x +=8;
db_g_max_u_R_hold > -120 ? (
gfx_drawnumber(db_g_max_u_R_hold_number,1); gfx_drawstr(" dB IN R");
):(gfx_drawstr(" -- dB IN R"));
db_g_max_u_L_hold_out_number < 0 ? (gfx_r=gfx_g=gfx_b=0.7):(gfx_r=1;gfx_g=gfx_b=0.3);
gfx_x = meters_x + meters_w + 6;
gfx_y = meters_y+ 3*meters_h + meters_sm_dist + 2*meters_big_dist;
db_g_max_u_L_hold_out >= 0 ? gfx_x +=8;
db_g_max_u_L_hold_out > -10 ? gfx_x +=8;
db_g_max_u_L_hold_out > -120 ? (
gfx_drawnumber(db_g_max_u_L_hold_out_number,1); gfx_drawstr(" dB OUT L");
):(gfx_drawstr(" -- dB OUT L"));
db_g_max_u_R_hold_out_number < 0 ? (gfx_r=gfx_g=gfx_b=0.7):(gfx_r=1;gfx_g=gfx_b=0.3);
gfx_x = meters_x + meters_w + 6;
gfx_y = meters_y + meters_h + 3*meters_h + 2*meters_sm_dist + 2*meters_big_dist;
db_g_max_u_R_hold_out >= 0 ? gfx_x +=8;
db_g_max_u_R_hold_out > -10 ? gfx_x +=8;
db_g_max_u_R_hold_out > -120 ? (
gfx_drawnumber(db_g_max_u_R_hold_out_number,1); gfx_drawstr(" dB OUT R");
):(gfx_drawstr(" -- dB OUT R"));
gfx_r=gfx_g=gfx_b=0.7;
gfx_x = meters_x + meters_w + 6;
gfx_y = meters_y+ 2*meters_h + meters_sm_dist + meters_big_dist;
gfx_x +=16;
abs(grmin) >= 10 ? gfx_x -=8;
abs(grmin) > 0.001 ? (
gfx_drawnumber(abs(grmin),1); gfx_drawstr(" dB GRD");
):(gfx_drawstr(" -- dB GRD"));
//grmin
); // not scope
maximizer = slider5;
sgfx_w = 340;
sgfx_h = 100;
lscope_x = 7;
lscope_y = 25;
g_g_L_sz = g_g_R_sz = sgfx_h;
g_g_L_y = lscope_y;
g_g_R_y = rscope_y;
rscope_x = 353;
rscope_y = 25;
offs=histpos;
gscale=sgfx_w/histsize;
gbuf=histbuf;
gscale2=sgfx_h/2;
gfx_r=0;gfx_g=0.7;gfx_b=0.3;
gfx_a=0.5;
scope ? (
divi = (srate*slider10/1000)/10000;
//divi = histsize/sgfx_w;
ga=0; ///////// SCOPE L
loop(histsize/divi,
gfx_x = lgx+lscope_x; gfx_y = lgy;
slider12 < 3 ? (gv=gbuf[offs]):(gv=gbuf[offs++histsize+histsize+histsize+histsize+histsize]);
offs+=divi;
offs>=histsize?offs=0;
lgx=ga*gscale;
lgy=(sgfx_h/2 - gv*zoom_gain*gscale2*-1) +lscope_y;
lgy = min(max(lgy, lscope_y),lscope_y+sgfx_h);
ga ? gfx_lineto(lgx+lscope_x,lgy,0);// : ( gfx_x=gx; gfx_y=gy; );
ga+=divi;
);
slider12 == 2 ? (
//histpos+histsize+histsize+histsize+histsize
gfx_setimgdim(126,sgfx_w,sgfx_h);
gfx_dest = 126; gfx_r=0;gfx_g=0;gfx_b=0; gfx_rect(0,0,sgfx_w,sgfx_h);
gfx_r=0.5;gfx_g=0.5;gfx_b=1; gfx_mode = 0;ga=0;
loop(histsize/divi,
gfx_x = lgx; gfx_y = lgy;
gv=gbuf[offs++histsize+histsize+histsize+histsize];
offs+=divi;
offs>=histsize?offs=0;
lgx=ga*gscale;
lgy=(sgfx_h/2 - gv*zoom_gain*gscale2*-1);
lgy = min(max(lgy, 0),sgfx_h);